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The material selection platform
Plastics & Elastomers
The material selection platform
Plastics & Elastomers
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305 products match your search
Product Name
Supplier
Description
Kazanorgsintez
108-14C commercialized by Kazanorgsintez is a low density polyethylene grade. It can be produced by high pressure ethylene polymerization in tubular reactors and reactors with agitator using of... view more
Applications
Features
  • Density Low
Kazanorgsintez
108-225 commercialized by Kazanorgsintez is a low density polyethylene grade. It can be produced by high pressure ethylene polymerization in tubular reactors and reactors with agitator using of... view more
Features
  • Food Contact Acceptable
Kazanorgsintez
108-76 commercialized by Kazanorgsintez is a low density polyethylene grade. It can be produced by high pressure ethylene polymerization in tubular reactors and reactors with agitator using of... view more
Features
  • Food Contact Acceptable
Kazanorgsintez
10803-020 (1st/q) commercialized by Kazanorgsintez is a low density polyethylene grade. It can be produced by high pressure ethylene polymerization in tubular reactors and reactors with agitator... view more
Features
  • Food Contact Acceptable
Kazanorgsintez
10803-020 (2nd/q) commercialized by Kazanorgsintez is a low density polyethylene grade. It can be produced by high pressure ethylene polymerization in tubular reactors and reactors with agitator... view more
Features
  • Food Contact Acceptable
Kazanorgsintez
10803-020 (s/q) commercialized by Kazanorgsintez is a low density polyethylene grade. It can be produced by high pressure ethylene polymerization in tubular reactors and reactors with agitator using... view more
Features
  • Food Contact Acceptable
Kazanorgsintez
11503-070 (1st/q) commercialized by Kazanorgsintez is a low density polyethylene grade. It can be produced by high pressure ethylene polymerization in tubular reactors and reactors with agitator... view more
Features
  • Food Contact Acceptable
Kazanorgsintez
11503-070 (2nd/q) commercialized by Kazanorgsintez is a low density polyethylene grade. It can be produced by high pressure ethylene polymerization in tubular reactors and reactors with agitator... view more
Features
  • Food Contact Acceptable
Kazanorgsintez
11503-070 (S/q) commercialized by Kazanorgsintez is a low density polyethylene grade. It can be produced by high pressure ethylene polymerization in tubular reactors and reactors with agitator using... view more
Features
  • Food Contact Acceptable
Kazanorgsintez
11503-070 UUP (1st/q) commercialized by Kazanorgsintez is a low density polyethylene grade. It can be produced by ethylene polymerization at high pressure using reactors with agitator with use of... view more
Features
  • Food Contact Acceptable
Kazanorgsintez
11503-070 UUP (2d/q) commercialized by Kazanorgsintez is a low density polyethylene grade. It can be produced by ethylene polymerization at high pressure using reactors with agitator with use of... view more
Features
  • Food Contact Acceptable
Kazanorgsintez
11503-070 UUP (s/q) commercialized by Kazanorgsintez is a low density polyethylene grade. It can be produced by ethylene polymerization at high pressure using reactors with agitator with use of... view more
Features
  • Food Contact Acceptable
Kazanorgsintez
153-02 К (First quality) commercialized by Kazanorgsintez is a polyethylene grade. Its compositions are produced on the basis of high pressure polyethylene (low density) and low pressure (high... view more
153-02 К (Superior quality) commercialized by Kazanorgsintez is a polyethylene grade. Its compositions are produced on the basis of high pressure polyethylene (low density) and low pressure (high... view more
Kazanorgsintez
153-03K (1st/q) commercialized by Kazanorgsintez is a low density polyethylene grade. It can be produced by high pressure ethylene polymerization in tubular reactors and reactors with agitator using... view more
Features
  • Density Low
Kazanorgsintez
153-03K (p/q) commercialized by Kazanorgsintez is a low density polyethylene grade. It can be produced by high pressure ethylene polymerization in tubular reactors and reactors with agitator using... view more
Features
  • Density Low
Kazanorgsintez
153-05K (1st/q) commercialized by Kazanorgsintez is a low density polyethylene grade. It can be produced by high pressure ethylene polymerization in tubular reactors and reactors with agitator using... view more
Features
  • Density Low
Kazanorgsintez
153-05K (p/q) commercialized by Kazanorgsintez is a low density polyethylene grade. It can be produced by high pressure ethylene polymerization in tubular reactors and reactors with agitator using... view more
Features
  • Density Low
Kazanorgsintez
153-10 К (First quality) commercialized by Kazanorgsintez is a polyethylene grade. Its compositions are produced on the basis of high pressure polyethylene (low density) and low pressure (high... view more
153-10 К (Superior quality) commercialized by Kazanorgsintez is a polyethylene grade. Its compositions are produced on the basis of high pressure polyethylene (low density) and low pressure (high... view more
Kazanorgsintez
153-11K (1st/q) commercialized by Kazanorgsintez is a low density polyethylene grade. It can be produced by high pressure ethylene polymerization in tubular reactors and reactors with agitator using... view more
Features
  • Density Low
Kazanorgsintez
153-11K (p/q) commercialized by Kazanorgsintez is a low density polyethylene grade. It can be produced by high pressure ethylene polymerization in tubular reactors and reactors with agitator using... view more
Features
  • Density Low
Kazanorgsintez
153-12K (1st/q) commercialized by Kazanorgsintez is a low density polyethylene grade. It can be produced by high pressure ethylene polymerization in tubular reactors and reactors with agitator using... view more
Features
  • Density Low
Kazanorgsintez
153-12K (p/q) commercialized by Kazanorgsintez is a low density polyethylene grade. It can be produced by high pressure ethylene polymerization in tubular reactors and reactors with agitator using... view more
Features
  • Density Low
Kazanorgsintez
15313-003 (1st/q) commercialized by Kazanorgsintez is a low density polyethylene grade. It can be produced by high pressure ethylene polymerization in tubular reactors and reactors with agitator... view more
Features
  • Food Contact Acceptable
Kazanorgsintez
15313-003 (2nd/q) commercialized by Kazanorgsintez is a low density polyethylene grade. It can be produced by high pressure ethylene polymerization in tubular reactors and reactors with agitator... view more
Features
  • Food Contact Acceptable
Kazanorgsintez
15313-003 (S/q) commercialized by Kazanorgsintez is a low density polyethylene grade. It can be produced by high pressure ethylene polymerization in tubular reactors and reactors with agitator using... view more
Features
  • Food Contact Acceptable
Kazanorgsintez
158-125 commercialized by Kazanorgsintez is a low density polyethylene grade. 158-125 is designed for cord articles and to form the sealing coatings on the items of industrial use... view more
Applications
Kazanorgsintez
158-225 commercialized by Kazanorgsintez is a low density polyethylene grade. It can be produced by high pressure ethylene polymerization in tubular reactors and reactors with agitator using of... view more
Features
  • Food Contact Acceptable
Kazanorgsintez
158-76 commercialized by Kazanorgsintez is a low density polyethylene grade. It can be produced by high pressure ethylene polymerization in tubular reactors and reactors with agitator using of... view more
Features
  • Food Contact Acceptable
Kazanorgsintez
15813-020 (1st/q) commercialized by Kazanorgsintez is a low density polyethylene grade. It can be produced by high pressure ethylene polymerization in tubular reactors and reactors with agitator... view more
Features
  • Food Contact Acceptable
Kazanorgsintez
15813-020 (2nd/q) commercialized by Kazanorgsintez is a low density polyethylene grade. It can be produced by high pressure ethylene polymerization in tubular reactors and reactors with agitator... view more
Features
  • Food Contact Acceptable
Kazanorgsintez
15813-020 (S/q) commercialized by Kazanorgsintez is a low density polyethylene grade. It can be produced by high pressure ethylene polymerization in tubular reactors and reactors with agitator using... view more
Features
  • Food Contact Acceptable
Kazanorgsintez
1586K-15 commercialized by Kazanorgsintez is a low density polyethylene grade. 1586K-15 is designed for cord articles and to form the sealing coatings on the items of industrial use... view more
Applications
Kazanorgsintez
1586K-20 commercialized by Kazanorgsintez is a low density polyethylene grade. 1586K-20 is designed for cord articles and to form the sealing coatings on the items of industrial use... view more
Applications
Kazanorgsintez
271-274K (1st) commercialized by Kazanorgsintez is a HDPE (high-density polyethylene) grade. It can be produced using gas-phase method. 271-274K (1st) commercialized by Kazanorgsintez is designed... view more
Kazanorgsintez
271-274K (superior) commercialized by Kazanorgsintez is a HDPE (high-density polyethylene) grade. It can be produced using gas-phase method. 271-274K (superior) commercialized by Kazanorgsintez is... view more
Kazanorgsintez
273-285 (1st quality) commercialized by Kazanorgsintez is a HDPE (high-density polyethylene) grade. It can be produced using gas-phase ethylene copolymerization at low pressure using complex... view more
273-285 (superior quality) commercialized by Kazanorgsintez is a HDPE (high-density polyethylene) grade. It can be produced using gas-phase ethylene copolymerization at low pressure using complex... view more
Kazanorgsintez
273-83 (1st quality) commercialized by Kazanorgsintez is a HDPE (high-density polyethylene) grade. It can be produced using gas-phase method. Designed for extrusion. 273-83 (1st quality)... view more
Features
  • Food Contact Acceptable
  • General purpose
273-83 (superior quality) commercialized by Kazanorgsintez is a HDPE (high-density polyethylene) grade. It can be produced using gas-phase method. Designed for extrusion. 273-83 (superior quality)... view more
Features
  • Food Contact Acceptable
  • General purpose
Kazanorgsintez
273-95 (1st quality) commercialized by Kazanorgsintez is a HDPE (high-density polyethylene) grade. It can be produced using gas-phase method. Designed for extrusion. 273-95 (1st quality)... view more
Features
  • Food Contact Acceptable
  • General purpose
273-95 (superior quality) commercialized by Kazanorgsintez is a HDPE (high-density polyethylene) grade. It can be produced using gas-phase method. Designed for extrusion. 273-95 (superior quality)... view more
Features
  • Food Contact Acceptable
  • General purpose
Kazanorgsintez
292-73 commercialized by Kazanorgsintez is a HDPE (high-density polyethylene) grade. It can be produced using gas-phase method. Designed for manufacture by different processing methods. 292-73... view more
Kazanorgsintez
293-285 commercialized by Kazanorgsintez is a HDPE (high-density polyethylene) grade. It can be produced using gas-phase ethylene copolymerization at low pressure using complex catalysts. Designed... view more
Kazanorgsintez
293-285D commercialized by Kazanorgsintez is a HDPE (high-density polyethylene) grade. It can be produced using gas-phase ethylene copolymerization at low pressure using complex catalysts. Designed... view more
Kazanorgsintez
293-285SK(SC) commercialized by Kazanorgsintez is a HDPE (high-density polyethylene) grade. It can be produced using gas-phase ethylene copolymerization at low pressure using complex catalysts... view more
Kazanorgsintez
294-73 commercialized by Kazanorgsintez is a HDPE (high-density polyethylene) grade. Designed for injection molding. 294-73 commercialized by Kazanorgsintez is suitable for production of large-size... view more
Features
  • General purpose
Kazanorgsintez
295-73 commercialized by Kazanorgsintez is a HDPE (high-density polyethylene) grade. Designed for blow molding. 295-73 commercialized by Kazanorgsintez is suitable for the production of items of... view more
Features
  • General purpose
Kazanorgsintez
296-83 commercialized by Kazanorgsintez is a HDPE (high-density polyethylene) grade. Designed for extrusion. 296-83 commercialized by Kazanorgsintez is suitable for technical as well as household... view more
Features
  • General purpose
Kazanorgsintez
297-285 commercialized by Kazanorgsintez is a HDPE (high-density polyethylene) grade. Designed for extrusion. 297-285 commercialized by Kazanorgsintez is suitable for technical as well as household... view more
Features
  • General purpose
Kazanorgsintez
297-285D commercialized by Kazanorgsintez is a HDPE (high-density polyethylene) grade. Designed for extrusion. 297-285D commercialized by Kazanorgsintez is suitable for technical as well as... view more
Features
  • General purpose
Kazanorgsintez
298-285 commercialized by Kazanorgsintez is a HDPE (high-density polyethylene) grade. Designed for extrusion. 298-285 commercialized by Kazanorgsintez is suitable for technical as well as household... view more
Features
  • General purpose
Kazanorgsintez
298-285D commercialized by Kazanorgsintez is a HDPE (high-density polyethylene) grade. Designed for extrusion. 298-285D commercialized by Kazanorgsintez is suitable for technical as well as... view more
Features
  • General purpose
Kazanorgsintez
M 115 commercialized by Kazanorgsintez is a low density polyethylene grade. A sanitary-and-epidemiologic resolution is available. Offers thermal stability during processing and are resistant to... view more
Features
  • Thermal Stability Good
  • UV Resistance Good
Kazanorgsintez
M 115 SV commercialized by Kazanorgsintez is a low density polyethylene grade. A sanitary-and-epidemiologic resolution is available. Offers thermal stability during processing and are resistant to... view more
Features
  • Thermal Stability Good
  • UV Resistance Good
Kazanorgsintez
M 168 commercialized by Kazanorgsintez is a low density polyethylene grade. A sanitary-and-epidemiologic resolution is available. Offers thermal stability during processing and are resistant to... view more
Features
  • Thermal Stability Good
  • UV Resistance Good
Kazanorgsintez
NMPE-1 commercialized by Kazanorgsintez is a low density polyethylene grade. It is a liquid or waxen or balm type mass in the mixture of liquid fraction from light-gray to brown colors. NMPE-1 is... view more
Kazanorgsintez
NMPE-2 commercialized by Kazanorgsintez is a low density polyethylene grade. It is a balm type or waxen mass with possible existence of liquid fraction from light gray to brown colors. NMPE-2 is... view more
Kazanorgsintez
NMPE-3 commercialized by Kazanorgsintez is a low density polyethylene grade. It is a waxen mass or slip-cast blocks of pieces of different size from light gray to brown colors. NMPE-3 is suitable... view more
Kazanorgsintez
PC-003R (1st quality) commercialized by Kazanorgsintez is a polycarbonate grade. It can be produced using polycondensation in diphenylcarbonate and bisphenol-A melt. PC-003R (1st quality)... view more
Features
  • Viscosity High
Kazanorgsintez
PC-003R (2nd quality) commercialized by Kazanorgsintez is a polycarbonate grade. It can be produced using polycondensation in diphenylcarbonate and bisphenol-A melt. PC-003R (2nd quality)... view more
Features
  • Viscosity High
PC-003R (superior quality) commercialized by Kazanorgsintez is a polycarbonate grade. It can be produced using polycondensation in diphenylcarbonate and bisphenol-A melt. PC-003R (superior quality)... view more
Features
  • Viscosity High
Kazanorgsintez
PC-005L (1st quality) commercialized by Kazanorgsintez is a polycarbonate grade. It can be produced using polycondensation in diphenylcarbonate and bisphenol-A melt. PC-005L (1st quality)... view more
Features
  • Viscosity High
Kazanorgsintez
PC-005L (2nd quality) commercialized by Kazanorgsintez is a polycarbonate grade. It can be produced using polycondensation in diphenylcarbonate and bisphenol-A melt. PC-005L (2nd quality)... view more
Features
  • Viscosity High
PC-005L (superior quality) commercialized by Kazanorgsintez is a polycarbonate grade. It can be produced using polycondensation in diphenylcarbonate and bisphenol-A melt. PC-005L (superior quality)... view more
Features
  • Viscosity High
Kazanorgsintez
PC-005R (1st quality) commercialized by Kazanorgsintez is a polycarbonate grade. It can be produced using polycondensation in diphenylcarbonate and bisphenol-A melt. PC-005R (1st quality)... view more
Features
  • Viscosity High
Kazanorgsintez
PC-005R (2nd quality) commercialized by Kazanorgsintez is a polycarbonate grade. It can be produced using polycondensation in diphenylcarbonate and bisphenol-A melt. PC-005R (2nd quality)... view more
Features
  • Viscosity High
PC-005R (superior quality) commercialized by Kazanorgsintez is a polycarbonate grade. It can be produced using polycondensation in diphenylcarbonate and bisphenol-A melt. PC-005R (superior quality)... view more
Features
  • Viscosity High
Kazanorgsintez
РС-005RL (1st quality) by Kazanorgsintez is a high viscosity polycarbonate grade. Contains increased content of blue colorant. It can be produced using polycondensation in diphenylcarbonate and... view more
Features
  • Viscosity High
Kazanorgsintez
РС-005RL (2nd quality) by Kazanorgsintez is a high viscosity polycarbonate grade. Contains increased content of blue colorant. It can be produced using polycondensation in diphenylcarbonate and... view more
Features
  • Viscosity High
РС-005RL (superior quality) by Kazanorgsintez is a high viscosity polycarbonate grade. Contains increased content of blue colorant. It can be produced using polycondensation in diphenylcarbonate and... view more
Features
  • Viscosity High
Kazanorgsintez
PC-005U (1st quality) commercialized by Kazanorgsintez is a high viscosity, ultraviolet stabilized polycarbonate grade. It can be produced using polycondensation in diphenylcarbonate and bisphenol-A... view more
Features
  • UV Stabilized
  • Viscosity High
Kazanorgsintez
PC-005U (2nd quality) commercialized by Kazanorgsintez is a high viscosity, ultraviolet stabilized polycarbonate grade. It can be produced using polycondensation in diphenylcarbonate and bisphenol-A... view more
Features
  • UV Stabilized
  • Viscosity High
PC-005U (superior quality) commercialized by Kazanorgsintez is a high viscosity, ultraviolet stabilized polycarbonate grade. It can be produced using polycondensation in diphenylcarbonate and... view more
Features
  • UV Stabilized
  • Viscosity High
Kazanorgsintez
РС-005UL (1st quality) by Kazanorgsintez is a high viscosity, ultraviolet stabilized polycarbonate grade. Contains increased content of blue colorant. It can be produced using polycondensation in... view more
Features
  • UV Stabilized
  • Viscosity High
Kazanorgsintez
РС-005UL (2nd quality) by Kazanorgsintez is a high viscosity, ultraviolet stabilized polycarbonate grade. Contains increased content of blue colorant. It can be produced using polycondensation in... view more
Features
  • UV Stabilized
  • Viscosity High
РС-005UL (superior quality) by Kazanorgsintez is a high viscosity, ultraviolet stabilized polycarbonate grade. Contains increased content of blue colorant. It can be produced using polycondensation... view more
Features
  • UV Stabilized
  • Viscosity High
Kazanorgsintez
РС-005UR (1st quality) by Kazanorgsintez is a high viscosity, ultraviolet stabilized polycarbonate grade. It is produced from polycondensation in diphenylcarbonate and bisphenol-A melt. Exhibits... view more
Features
  • UV Stabilized
  • Viscosity High
Kazanorgsintez
РС-005UR (2nd quality) by Kazanorgsintez is a high viscosity, ultraviolet stabilized polycarbonate grade. It is produced from polycondensation in diphenylcarbonate and bisphenol-A melt. Exhibits... view more
Features
  • UV Stabilized
  • Viscosity High
РС-005UR (superior quality) by Kazanorgsintez is a high viscosity, ultraviolet stabilized polycarbonate grade. It is produced from polycondensation in diphenylcarbonate and bisphenol-A melt... view more
Features
  • UV Stabilized
  • Viscosity High
Kazanorgsintez
PC-007L (1st quality) commercialized by Kazanorgsintez is a polycarbonate grade. It can be produced using polycondensation in diphenylcarbonate and bisphenol-A melt. PC-007L (1st quality)... view more
Features
  • Viscosity High
Kazanorgsintez
PC-007L (2nd quality) commercialized by Kazanorgsintez is a polycarbonate grade. It can be produced using polycondensation in diphenylcarbonate and bisphenol-A melt. PC-007L (2nd quality)... view more
Features
  • Viscosity High
PC-007L (superior quality) commercialized by Kazanorgsintez is a polycarbonate grade. It can be produced using polycondensation in diphenylcarbonate and bisphenol-A melt. PC-007L (superior quality)... view more
Features
  • Viscosity High
Kazanorgsintez
PC-007R (1st quality) commercialized by Kazanorgsintez is a polycarbonate grade. It can be produced using polycondensation in diphenylcarbonate and bisphenol-A melt. PC-007R (1st quality)... view more
Features
  • Viscosity High
Kazanorgsintez
PC-007R (2nd quality) commercialized by Kazanorgsintez is a polycarbonate grade. It can be produced using polycondensation in diphenylcarbonate and bisphenol-A melt. PC-007R (2nd quality)... view more
Features
  • Viscosity High
PC-007R (superior quality) commercialized by Kazanorgsintez is a polycarbonate grade. It can be produced using polycondensation in diphenylcarbonate and bisphenol-A melt. PC-007R (superior quality)... view more
Features
  • Viscosity High
Kazanorgsintez
РС-007RL (1st quality) by Kazanorgsintez is a high viscosity polycarbonate grade. Contains increased content of blue colorant. It can be produced using polycondensation in diphenylcarbonate and... view more
Features
  • Viscosity High
Kazanorgsintez
РС-007RL (2nd quality) by Kazanorgsintez is a high viscosity polycarbonate grade. Contains increased content of blue colorant. It can be produced using polycondensation in diphenylcarbonate and... view more
Features
  • Viscosity High
РС-007RL (superior quality) by Kazanorgsintez is a high viscosity polycarbonate grade. Contains increased content of blue colorant. It can be produced using polycondensation in diphenylcarbonate and... view more
Features
  • Viscosity High
Kazanorgsintez
PC-007U (1st quality) commercialized by Kazanorgsintez is a high viscosity, ultraviolet stabilized polycarbonate grade. It can be produced using polycondensation in diphenylcarbonate and bisphenol-A... view more
Features
  • UV Stabilized
  • Viscosity High
Kazanorgsintez
PC-007U (2nd quality) commercialized by Kazanorgsintez is a high viscosity, ultraviolet stabilized polycarbonate grade. It can be produced using polycondensation in diphenylcarbonate and bisphenol-A... view more
Features
  • UV Stabilized
  • Viscosity High
PC-007U (superior quality) commercialized by Kazanorgsintez is a high viscosity, ultraviolet stabilized polycarbonate grade. It can be produced using polycondensation in diphenylcarbonate and... view more
Features
  • UV Stabilized
  • Viscosity High
Kazanorgsintez
РС-007UL (1st quality) by Kazanorgsintez is a high viscosity, ultraviolet stabilized polycarbonate grade. Contains increased content of blue colorant. It can be produced using polycondensation in... view more
Features
  • UV Stabilized
  • Viscosity High
Kazanorgsintez
РС-007UL (2nd quality) by Kazanorgsintez is a high viscosity, ultraviolet stabilized polycarbonate grade. Contains increased content of blue colorant. It can be produced using polycondensation in... view more
Features
  • UV Stabilized
  • Viscosity High
РС-007UL (superior quality) by Kazanorgsintez is a high viscosity, ultraviolet stabilized polycarbonate grade. Contains increased content of blue colorant. It can be produced using polycondensation... view more
Features
  • UV Stabilized
  • Viscosity High
Kazanorgsintez
РС-007UR (1st quality) by Kazanorgsintez is a high viscosity, ultraviolet stabilized polycarbonate grade. It is produced from polycondensation in diphenylcarbonate and bisphenol-A melt. Exhibits... view more
Features
  • UV Stabilized
  • Viscosity High
Kazanorgsintez
РС-007UR (2nd quality) by Kazanorgsintez is a high viscosity, ultraviolet stabilized polycarbonate grade. It is produced from polycondensation in diphenylcarbonate and bisphenol-A melt. Exhibits... view more
Features
  • UV Stabilized
  • Viscosity High
РС-007UR (superior quality) by Kazanorgsintez is a high viscosity, ultraviolet stabilized polycarbonate grade. It is produced from polycondensation in diphenylcarbonate and bisphenol-A melt... view more
Features
  • UV Stabilized
  • Viscosity High
Kazanorgsintez
РС-010L (1st quality) by Kazanorgsintez is a high viscosity polycarbonate grade. Contains increased content of blue colorant. It can be produced using polycondensation in diphenylcarbonate and... view more
Features
  • Viscosity High
Kazanorgsintez
РС-010L (2nd quality) by Kazanorgsintez is a high viscosity polycarbonate grade. Contains increased content of blue colorant. It can be produced using polycondensation in diphenylcarbonate and... view more
Features
  • Viscosity High
РС-010L (superior quality) by Kazanorgsintez is a high viscosity polycarbonate grade. Contains increased content of blue colorant. It can be produced using polycondensation in diphenylcarbonate and... view more
Features
  • Viscosity High
Kazanorgsintez
РС-010R (1st quality) by Kazanorgsintez is a high viscosity polycarbonate grade. It can be produced using polycondensation in diphenylcarbonate and bisphenol-A melt. Exhibits improved antistick... view more
Kazanorgsintez
РС-010R (2nd quality) by Kazanorgsintez is a high viscosity polycarbonate grade. It can be produced using polycondensation in diphenylcarbonate and bisphenol-A melt. Exhibits improved antistick... view more
Features
  • Viscosity High
РС-010R (superior quality) by Kazanorgsintez is a high viscosity polycarbonate grade. Exhibits improved antistick properties. It can be produced using polycondensation in diphenylcarbonate and... view more
Features
  • Viscosity High
Kazanorgsintez
РС-010RL (1st quality) by Kazanorgsintez is a high viscosity polycarbonate grade. Contains increased content of blue colorant. It can be produced using polycondensation in diphenylcarbonate and... view more
Features
  • Viscosity High
Kazanorgsintez
РС-010RL (2nd quality) by Kazanorgsintez is a high viscosity polycarbonate grade. Contains increased content of blue colorant. It can be produced using polycondensation in diphenylcarbonate and... view more
Features
  • Viscosity High
РС-010RL (superior quality) by Kazanorgsintez is a high viscosity polycarbonate grade. Contains increased content of blue colorant. It can be produced using polycondensation in diphenylcarbonate and... view more
Features
  • Viscosity High
Kazanorgsintez
РС-010U (1st quality) by Kazanorgsintez is a high viscosity, ultraviolet stabilized polycarbonate grade. It is produced from polycondensation in diphenylcarbonate and bisphenol-A melt. РС-010U (1st... view more
Features
  • UV Stabilized
  • Viscosity High
Kazanorgsintez
РС-010U (2nd quality) by Kazanorgsintez is a high viscosity polycarbonate grade. Contains increased content of blue colorant. It can be produced using polycondensation in diphenylcarbonate and... view more
Features
  • UV Stabilized
  • Viscosity High
РС-010U (superior quality) by Kazanorgsintez is a high viscosity, ultraviolet stabilized polycarbonate grade. It is produced from polycondensation in diphenylcarbonate and bisphenol-A melt. РС-010U... view more
Features
  • UV Stabilized
  • Viscosity High
Kazanorgsintez
РС-010L (1st quality) by Kazanorgsintez is a high viscosity, ultraviolet stabilized polycarbonate grade. Contains increased content of blue colorant. It can be produced using polycondensation in... view more
Features
  • UV Stabilized
  • Viscosity High
Kazanorgsintez
РС-010UL (2nd quality) by Kazanorgsintez is a high viscosity, ultraviolet stabilized polycarbonate grade. Contains increased content of blue colorant. It can be produced using polycondensation in... view more
Features
  • UV Stabilized
  • Viscosity High
РС-010UL (superior quality) by Kazanorgsintez is a high viscosity, ultraviolet stabilized polycarbonate grade. Contains increased content of blue colorant. It can be produced using polycondensation... view more
Features
  • UV Stabilized
  • Viscosity High
Kazanorgsintez
РС-010UR (1st quality) by Kazanorgsintez is a high viscosity, ultraviolet stabilized polycarbonate grade. It is produced from polycondensation in diphenylcarbonate and bisphenol-A melt. Exhibits... view more
Features
  • UV Stabilized
  • Viscosity High
Kazanorgsintez
РС-010UR (2nd quality) by Kazanorgsintez is a high viscosity polycarbonate grade. Contains increased content of blue colorant. It can be produced using polycondensation in diphenylcarbonate and... view more
Features
  • UV Stabilized
  • Viscosity High
РС-010UR (superior quality) by Kazanorgsintez is a high viscosity, ultraviolet stabilized polycarbonate grade. It is produced from polycondensation in diphenylcarbonate and bisphenol-A melt... view more
Features
  • UV Stabilized
  • Viscosity High
Kazanorgsintez
РС-015L (1st quality) by Kazanorgsintez is a high viscosity polycarbonate grade. Contains increased content of blue colorant. It can be produced using polycondensation in diphenylcarbonate and... view more
Features
  • Viscosity High
Kazanorgsintez
РС-015L (2nd quality) by Kazanorgsintez is a high viscosity polycarbonate grade. Contains increased content of blue colorant. It can be produced using polycondensation in diphenylcarbonate and... view more
Features
  • Viscosity High
РС-015L (superior quality) by Kazanorgsintez is a high viscosity polycarbonate grade. Contains increased content of blue colorant. It can be produced using polycondensation in diphenylcarbonate and... view more
Features
  • Viscosity High
Kazanorgsintez
РС-015R (1st quality) by Kazanorgsintez is a high viscosity polycarbonate grade. It can be produced using polycondensation in diphenylcarbonate and bisphenol-A melt. Exhibits improved antistick... view more
Features
  • Viscosity High
Kazanorgsintez
РС-015R (2nd quality) by Kazanorgsintez is a high viscosity polycarbonate grade. It can be produced using polycondensation in diphenylcarbonate and bisphenol-A melt. Exhibits improved antistick... view more
Features
  • Viscosity High
РС-015R (superior quality) by Kazanorgsintez is a high viscosity polycarbonate grade. It can be produced using polycondensation in diphenylcarbonate and bisphenol-A melt. Exhibits improved... view more
Features
  • Viscosity High
Kazanorgsintez
РС-015RL (1st quality) by Kazanorgsintez is a high viscosity polycarbonate grade. Contains increased content of blue colorant. It can be produced using polycondensation in diphenylcarbonate and... view more
Features
  • Viscosity High
Kazanorgsintez
РС-015RL (2nd quality) by Kazanorgsintez is a high viscosity polycarbonate grade. Contains increased content of blue colorant. It can be produced using polycondensation in diphenylcarbonate and... view more
Features
  • Viscosity High
РС-015RL (superior quality) by Kazanorgsintez is a high viscosity polycarbonate grade. Contains increased content of blue colorant. It can be produced using polycondensation in diphenylcarbonate and... view more
Features
  • Viscosity High
Kazanorgsintez
РС-015U (1st quality) by Kazanorgsintez is a high viscosity, ultraviolet stabilized polycarbonate grade. It is produced from polycondensation in diphenylcarbonate and bisphenol-A melt. РС-015U (1st... view more
Features
  • UV Stabilized
  • Viscosity High
Kazanorgsintez
РС-015U (2nd quality) by Kazanorgsintez is a high viscosity, ultraviolet stabilized polycarbonate grade. It is produced from polycondensation in diphenylcarbonate and bisphenol-A melt. РС-015U (2nd... view more
Features
  • UV Stabilized
  • Viscosity High
РС-015U (superior quality) by Kazanorgsintez is a high viscosity, ultraviolet stabilized polycarbonate grade. It is produced from polycondensation in diphenylcarbonate and bisphenol-A melt. РС-015U... view more
Features
  • UV Stabilized
  • Viscosity High
Kazanorgsintez
РС-015UL (1st quality) by Kazanorgsintez is a high viscosity, ultraviolet stabilized polycarbonate grade. Contains increased content of blue colorant. It can be produced using polycondensation in... view more
Features
  • UV Stabilized
  • Viscosity High
Kazanorgsintez
РС-015UL (2nd quality) by Kazanorgsintez is a high viscosity, ultraviolet stabilized polycarbonate grade. Contains increased content of blue colorant. It can be produced using polycondensation in... view more
Features
  • UV Stabilized
  • Viscosity High
РС-015UL (superior quality) by Kazanorgsintez is a high viscosity, ultraviolet stabilized polycarbonate grade. Contains increased content of blue colorant. It can be produced using polycondensation... view more
Features
  • UV Stabilized
  • Viscosity High
Kazanorgsintez
РС-015UR (1st quality) by Kazanorgsintez is a high viscosity, ultraviolet stabilized polycarbonate grade. It is produced from polycondensation in diphenylcarbonate and bisphenol-A melt. Exhibits... view more
Features
  • UV Stabilized
  • Viscosity High
Kazanorgsintez
РС-015UR (2nd quality) by Kazanorgsintez is a high viscosity, ultraviolet stabilized polycarbonate grade. It is produced from polycondensation in diphenylcarbonate and bisphenol-A melt. Exhibits... view more
Features
  • UV Stabilized
  • Viscosity High
РС-015UR (superior quality) by Kazanorgsintez is a high viscosity, ultraviolet stabilized polycarbonate grade. It is produced from polycondensation in diphenylcarbonate and bisphenol-A melt... view more
Features
  • UV Stabilized
  • Viscosity High
Kazanorgsintez
РС-022L (1st quality) by Kazanorgsintez is a high viscosity polycarbonate grade. Contains increased content of blue colorant. It can be produced using polycondensation in diphenylcarbonate and... view more
Features
  • Viscosity High
Kazanorgsintez
РС-022L (2nd quality) by Kazanorgsintez is a high viscosity polycarbonate grade. Contains increased content of blue colorant. It can be produced using polycondensation in diphenylcarbonate and... view more
Features
  • Viscosity High
РС-022L (superior quality) by Kazanorgsintez is a high viscosity polycarbonate grade. Contains increased content of blue colorant. It can be produced using polycondensation in diphenylcarbonate and... view more
Features
  • Viscosity High
Kazanorgsintez
РС-022R (1st quality) by Kazanorgsintez is a high viscosity polycarbonate grade. It can be produced using polycondensation in diphenylcarbonate and bisphenol-A melt. Exhibits improved antistick... view more
Features
  • Viscosity High
Kazanorgsintez
РС-022R (2nd quality) by Kazanorgsintez is a high viscosity polycarbonate grade. It can be produced using polycondensation in diphenylcarbonate and bisphenol-A melt. Exhibits improved antistick... view more
Features
  • Viscosity High
РС-022R (superior quality) by Kazanorgsintez is a high viscosity polycarbonate grade. It can be produced using polycondensation in diphenylcarbonate and bisphenol-A melt. Exhibits improved... view more
Features
  • Viscosity High
Kazanorgsintez
РС-022RL (1st quality) by Kazanorgsintez is a high viscosity polycarbonate grade. Contains increased content of blue colorant. It can be produced using polycondensation in diphenylcarbonate and... view more
Features
  • Viscosity High
Kazanorgsintez
РС-022RL (2nd quality) by Kazanorgsintez is a high viscosity polycarbonate grade. Contains increased content of blue colorant. It can be produced using polycondensation in diphenylcarbonate and... view more
Features
  • Viscosity High
РС-022RL (superior quality) by Kazanorgsintez is a high viscosity polycarbonate grade. Contains increased content of blue colorant. It can be produced using polycondensation in diphenylcarbonate and... view more
Features
  • Viscosity High
Kazanorgsintez
РС-022U (1st quality) by Kazanorgsintez is a high viscosity, ultraviolet stabilized polycarbonate grade. It is produced from polycondensation in diphenylcarbonate and bisphenol-A melt. РС-022U (1st... view more
Features
  • UV Stabilized
  • Viscosity High
Kazanorgsintez
РС-022U (2nd quality) by Kazanorgsintez is a high viscosity, ultraviolet stabilized polycarbonate grade. It is produced from polycondensation in diphenylcarbonate and bisphenol-A melt. РС-022U (2nd... view more
Features
  • UV Stabilized
  • Viscosity High
РС-022U (superior quality) by Kazanorgsintez is a high viscosity, ultraviolet stabilized polycarbonate grade. It is produced from polycondensation in diphenylcarbonate and bisphenol-A melt. РС-022U... view more
Features
  • UV Stabilized
  • Viscosity High
Kazanorgsintez
РС-022UL (1st quality) by Kazanorgsintez is a high viscosity, ultraviolet stabilized polycarbonate grade. Contains increased content of blue colorant. It can be produced using polycondensation in... view more
Features
  • UV Stabilized
  • Viscosity High
Kazanorgsintez
РС-022UL (2nd quality) by Kazanorgsintez is a high viscosity, ultraviolet stabilized polycarbonate grade. Contains increased content of blue colorant. It can be produced using polycondensation in... view more
Features
  • UV Stabilized
  • Viscosity High
РС-022UL (superior quality) by Kazanorgsintez is a high viscosity, ultraviolet stabilized polycarbonate grade. Contains increased content of blue colorant. It can be produced using polycondensation... view more
Features
  • UV Stabilized
  • Viscosity High
Kazanorgsintez
РС-022UR (1st quality) by Kazanorgsintez is a high viscosity, ultraviolet stabilized polycarbonate grade. It is produced from polycondensation in diphenylcarbonate and bisphenol-A melt. Exhibits... view more
Features
  • UV Stabilized
  • Viscosity High
Kazanorgsintez
РС-022UR (2nd quality) by Kazanorgsintez is a high viscosity, ultraviolet stabilized polycarbonate grade. It is produced from polycondensation in diphenylcarbonate and bisphenol-A melt. Exhibits... view more
Features
  • UV Stabilized
  • Viscosity High
РС-022UR (superior quality) by Kazanorgsintez is a high viscosity, ultraviolet stabilized polycarbonate grade. It is produced from polycondensation in diphenylcarbonate and bisphenol-A melt... view more
Features
  • UV Stabilized
  • Viscosity High
Kazanorgsintez
PC-005U (superior quality) commercialized by Kazanorgsintez is a high viscosity, ultraviolet stabilized polycarbonate grade. It can be produced using polycondensation in diphenylcarbonate and... view more
Features
  • Opticals
Kazanorgsintez
PC-075A by Kazanorgsintez is a polycarbonate grade. It is produced from polycondensation in diphenylcarbonate and bisphenol-A melt. PC-075A is designed for production of articles by injection... view more
Kazanorgsintez
PC-075D by Kazanorgsintez is a polycarbonate grade. It is produced from polycondensation in diphenylcarbonate and bisphenol-A melt. PC-075D is designed for optical articles production by injection... view more
Features
  • Opticals
Kazanorgsintez
PC-075DA by Kazanorgsintez is a polycarbonate grade. It is produced from polycondensation in diphenylcarbonate and bisphenol-A melt. PC-075DA is designed for production of articles by injection... view more
Kazanorgsintez
PE 80 B(G)-285D commercialized by Kazanorgsintez is a HDPE (high-density polyethylene) grade. It can be produced using gas-phase ethylene copolymerization at low pressure using complex catalysts... view more
Kazanorgsintez
PE 80B(G)-285 commercialized by Kazanorgsintez is a HDPE (high-density polyethylene) grade. It can be produced using gas-phase ethylene copolymerization at low pressure using complex catalysts... view more
Kazanorgsintez
PE 80B(G)-285SK(SC) commercialized by Kazanorgsintez is a HDPE (high-density polyethylene) grade. It can be produced using gas-phase ethylene copolymerization at low pressure using complex... view more
Kazanorgsintez
PE2NT05P1-83 commercialized by Kazanorgsintez is a HDPE (high-density polyethylene) grade. It can be produced using gas-phase method. Designed for extrusion. PE2NT05P1-83 commercialized by... view more
Applications
Features
  • General purpose
Kazanorgsintez
PE2NT 05P2-83 commercialized by Kazanorgsintez is a HDPE (high-density polyethylene) grade. It can be produced using gas-phase method. Designed for extrusion. PE2NT 05P2-83 commercialized by... view more
Applications
Features
  • General purpose
Kazanorgsintez
PE2NT 05P3-5 commercialized by Kazanorgsintez is a HDPE (high-density polyethylene) grade. It can be produced using gas-phase method. PE2NT 05P3-5 commercialized by Kazanorgsintez is designed for... view more
Applications
Features
  • General purpose
Kazanorgsintez
PE2NT05P3-83 commercialized by Kazanorgsintez is a HDPE (high-density polyethylene) grade. It can be produced using gas-phase method. PE2NT05P3-83 commercialized by Kazanorgsintez is designed for... view more
Applications
Features
  • General purpose
Kazanorgsintez
PE2NT 11-9 commercialized by Kazanorgsintez is a HDPE (high-density polyethylene) grade. It can be produced using gas-phase method of ethylene copolymerization at low pressure using the complex... view more
Features
  • Strength High
Kazanorgsintez
PE2NT11P-275 grade commercialized by Kazanorgsintez is a HDPE (high-density polyethylene) grade. It can be produced using gas-phase method when production PE compositions at transition from one to... view more
Kazanorgsintez
PE2NT 11P-285D commercialized by Kazanorgsintez is a HDPE (high-density polyethylene) grade. It can be produced using gas-phase method. Designed for extrusion. PE2NT 11P-285D commercialized by... view more
Kazanorgsintez
PE2NT11P-83 commercialized by Kazanorgsintez is a HDPE (high-density polyethylene) grade. It can be produced using gas-phase method. Designed for extrusion. PE2NT11P-83 commercialized by... view more
Kazanorgsintez
PE2NT 11P1-285D commercialized by Kazanorgsintez is a HDPE (high-density polyethylene) grade. It can be produced using gas-phase method. Designed for extrusion. PE2NT 11P1-285D commercialized by... view more
Kazanorgsintez
PE2NT 11P1-83 commercialized by Kazanorgsintez is a HDPE (high-density polyethylene) grade. It can be produced using gas-phase method. Designed for extrusion. PE2NT 11P1-83 commercialized by... view more
Kazanorgsintez
PE2NT11-285 commercialized by Kazanorgsintez is a bimodal HDPE (high-density polyethylene) grade. It can be produced by using gas-phase method of ethylene copolymerization at low pressure using the... view more
Features
  • Strength High
Kazanorgsintez
PE2NT11-285D commercialized by Kazanorgsintez is a bimodal HDPE (high-density polyethylene) grade. It can be produced using gas-phase method of ethylene copolymerization at low pressure using the... view more
Features
  • Strength High
Kazanorgsintez
PE2NT22-12 commercialized by Kazanorgsintez is a HDPE (high-density polyethylene) grade. It can be produced using gas-phase method of ethylene copolymerization at low pressure using the complex... view more
Kazanorgsintez
PE2NT22-13 commercialized by Kazanorgsintez is a HDPE (high-density polyethylene) grade. It can be produced using gas-phase method of ethylene copolymerization at low pressure using the complex... view more
Kazanorgsintez
PE2NT26-16 commercialized by Kazanorgsintez is a HDPE (high-density polyethylene) grade. It can be produced using gas-phase method of ethylene copolymerization at low pressure using the complex... view more
Kazanorgsintez
PE2NT74-15 commercialized by Kazanorgsintez is a HDPE (high-density polyethylene) grade. It can be produced using gas-phase method. PE2NT74-15 commercialized by Kazanorgsintez is designed for blow... view more
Kazanorgsintez
PE2NT75-15 commercialized by Kazanorgsintez is a HDPE (high-density polyethylene) grade. It can be produced using gas-phase method. PE2NT75-15 commercialized by Kazanorgsintez is designed for blow... view more
Kazanorgsintez
PE2NT76P1-73 commercialized by Kazanorgsintez is a HDPE (high-density polyethylene) grade. It can be produced using gas-phase method. Designed for blow molding or other kind of molding... view more
Features
  • General purpose
Kazanorgsintez
PE2NT76P2-73 commercialized by Kazanorgsintez is a HDPE (high-density polyethylene) grade. It can be produced using gas-phase method... view more
Kazanorgsintez
PE2NT76P3-73 commercialized by Kazanorgsintez is a HDPE (high-density polyethylene) grade. It can be produced using gas-phase method... view more
Kazanorgsintez
PE2NT76-17 commercialized by Kazanorgsintez is a HDPE (high-density polyethylene) grade. It can be produced using gas-phase method. PE2NT76-17 commercialized by Kazanorgsintez is designed for blow... view more
Kazanorgsintez
PE80B-275 commercialized by Kazanorgsintez is a MDPE (medium-density polyethylene) grade. It can be produced using gas-phase ethylene copolymerization at low pressure using complex catalysts... view more
Kazanorgsintez
PE80B-286 commercialized by Kazanorgsintez is a MDPE (medium-density polyethylene) grade. It can be produced using gas-phase ethylene copolymerization at low pressure using complex catalysts... view more
Production Method: Produced in the form of pellets (natural or black colored) on the bases of basic 10204-003, 15303-003, 15313-003. Application: Designed to apply isolation, cable covers and... view more
Production Method: Produced in the form of pellets (natural or black colored) on the bases of basic 10204-003, 15303-003, 15313-003. Application: Designed to apply isolation, cable covers and... view more
Production Method: Produced in the form of pellets (natural or black colored) on the bases of basic 10204-003, 15303-003, 15313-003. Application: Designed to apply isolation, cable covers and... view more
Production Method: Produced in the form of pellets (natural or black colored) on the bases of basic 10204-003, 15303-003, 15313-003. Application: Designed to apply isolation, cable covers and... view more
Production Method: Composition is achieved on the basis of grades 10204-003, 15303-003, 10703-020 and formulas of additives 15, 16, 17, 18, 19, 20, 21, 22, and 23. Application: Intended for... view more
Production Method: Composition is achieved on the basis of grades 10204-003, 15303-003, 10703-020 and formulas of additives 15, 16, 17, 18, 19, 20, 21, 22, and 23. Application: Intended for... view more
Production Method: Composition is achieved on the basis of grades 10204-003, 15303-003, 10703-020 and formulas of additives 15, 16, 17, 18, 19, 20, 21, 22, and 23. Application: Intended for... view more
Production Method: Composition is achieved on the basis of grades 10204-003, 15303-003, 10703-020 and formulas of additives 15, 16, 17, 18, 19, 20, 21, 22, and 23. Application: Intended for... view more
Production Method: Composition is achieved on the basis of grades 10204-003, 15303-003, 10703-020 and formulas of additives 15, 16, 17, 18, 19, 20, 21, 22, and 23. Application: Intended for... view more
Production Method: Composition is produced on the basis of 10204-003 base grade low density polyethylene or first and primary grades. Application: Used for heat and radiation resistant wires and... view more
Production Method: Composition is achieved on the basis of grades 10204-003, 15303-003, 10703-020 and formulas of additives 15, 16, 17, 18, 19, 20, 21, 22, and 23. Application: Intended for... view more
Production Method: Composition is achieved on the basis of grades 10204-003, 15303-003, 10703-020 and formulas of additives 15, 16, 17, 18, 19, 20, 21, 22, and 23. Application: Intended for... view more
Production Method: Composition is achieved on the basis of grades 10204-003, 15303-003, 10703-020 and formulas of additives 15, 16, 17, 18, 19, 20, 21, 22, and 23. Application: Intended for... view more
Production Method: Composition is achieved on the basis of grades 10204-003, 15303-003, 10703-020 and formulas of additives 15, 16, 17, 18, 19, 20, 21, 22, and 23. Application: Intended for... view more
Production Method: Compositions are produced from low density polyethylene with additives. Application: Intended for cable core lapping... view more
Production Method: Compositions are produced from low density polyethylene with additives. Application: Intended for cable core lapping... view more
Production Method: Compositions are produced from low density polyethylene with additives. Application: Intended for cable core lapping... view more
Production Method: Compositions are produced from low density polyethylene with additives. Application: Intended for cable core lapping... view more
Production Method: Made from LDPE of appropriate grades and low pressure polyethylene of low, medium, and high density with average concentration of carbon black 30% or 40% and required... view more
Production Method: Based on high pressure polyethylene grade 10703-020 or based on cable compositions grades 107-09K, and 107-10K. Application: Designed for production of special cables... view more
Production Method: Based on high pressure polyethylene grade 10703-020 or based on cable compositions grades 107-09K, and 107-10K. Application: Designed for production of special cables... view more
Production Method: Produced from 10803-020 grade low density polyethylene, carbon black, and sliding aid. Application: Designed for production of light-proof polyethylene bags with sliding... view more
Production Method: Based on polyethylene grades 10803-20, 15803-20, 15813-020,17504-006. Application: Designed for packing manufacture for milk and milk products... view more
Production Method: Compositions are produced from low density polyethylene with additives. Application: Intended for cable core lapping... view more
Production Method: Compositions are produced from low density polyethylene with additives. Application: Intended for cable core lapping... view more
Production Method: Compositions are produced from low density polyethylene with additives. Application: Intended for cable core lapping... view more
Production Method: Compositions are produced from low density polyethylene with additives. Application: Intended for cable core lapping... view more
Production Method: Based on polyethylene grades 10803-20, 15803-20, 15813-020,17504-006. Application: Designed for packing manufacture for milk and milk products... view more
Production Method: HDPE is produced by high pressure ethylene polymerization in tubular reactors. Application: Intended for production of bags, pipes, fittings, articles designed for food... view more
Production Method: HDPE is produced by high pressure ethylene polymerization in tubular reactors. Application: Intended for production of bags, pipes, fittings, articles designed for food... view more
Production Method: LDPE is produced by high pressure ethylene polymerization in tubular reactors. Application: Designed for packaging and production of products designed for food contact, toy... view more
Production Method: Composition is achieved on the basis of high pressure polyethylene (low density) and low pressure (high density) with stabilizers and other additives. Application:... view more
Production Method: Produced in the form of pellets (natural or black colored) on the bases of basic 10204-003, 15303-003, 15313-003. Application: Designed to apply isolation, cable covers and... view more
Production Method: Produced in the form of pellets (natural or black colored) on the bases of basic 10204-003, 15303-003, 15313-003. Application: Designed to apply isolation, cable covers and... view more
Production Method: Composition is achieved on the basis of high pressure polyethylene (low density) and low pressure (high density) with stabilizers and other additives. Application:... view more
Production Method: Produced in the form of pellets (natural or black colored) on the bases of basic 10204-003, 15303-003, 15313-003. Application: Designed to apply isolation, cable covers and... view more
Production Method: Produced in the form of pellets (natural or black colored) on the bases of basic 10204-003, 15303-003, 15313-003. Application: Designed to apply isolation, cable covers and... view more
Production Method: Composition is achieved on the basis of grades 10204-003, 15303-003, 10703-020 and formulas of additives 15, 16, 17, 18, 19, 20, 21, 22, and 23. Application: Intended for... view more
Production Method: Composition is achieved on the basis of grades 10204-003, 15303-003, 10703-020 and formulas of additives 15, 16, 17, 18, 19, 20, 21, 22, and 23. Application: Intended for... view more
Production Method: Composition is achieved on the basis of grades 10204-003, 15303-003, 10703-020 and formulas of additives 15, 16, 17, 18, 19, 20, 21, 22, and 23. Application: Intended for... view more
Production Method: Composition is achieved on the basis of grades 10204-003, 15303-003, 10703-020 and formulas of additives 15, 16, 17, 18, 19, 20, 21, 22, and 23. Application: Intended for... view more
Production Method: Composition is achieved on the basis of grades 10204-003, 15303-003, 10703-020 and formulas of additives 15, 16, 17, 18, 19, 20, 21, 22, and 23. Application: Intended for... view more
Production Method: Made from LDPE of appropriate grades and low pressure polyethylene of low, medium, and high density with average concentration of carbon black 30% or 40% and required... view more
Production Method: HDPE is produced by high pressure ethylene polymerization in tubular reactors. Application: Intended for production of bags, pipes, fittings, articles designed for food... view more
Production Method: Produced from low density polyethylene grades 15803-020 and 15813-020. Application: Designed for production of sealing coatings on industrial items... view more
Production Method: Based on polyethylene grades 10803-20, 15803-20, 15813-020,17504-006. Application: Designed for packing manufacture for milk and milk products... view more
Production Method: Compositions are produced from low density polyethylene with additives. Application: Intended for cable core lapping... view more
Production Method: Compositions are produced from low density polyethylene with additives. Application: Intended for cable core lapping... view more
Production Method: Made from LDPE of appropriate grades and low pressure polyethylene of low, medium, and high density with average concentration of carbon black 30% or 40% and required... view more
Production Method: Based on polyethylene grades 10803-20, 15803-20, 15813-020,17504-006. Application: Designed for packing manufacture for milk and milk products... view more
Production Method: HDPE is produced by high pressure ethylene polymerization in tubular reactors. Application: Intended for production of bags, pipes, fittings, articles designed for food... view more
Production Method: Produced from low density polyethylene grades 15803-020 and 15813-020. Application: Designed for production of sealing coatings on industrial items... view more
Production Method: Produced from low density polyethylene grades 15803-020 and 15813-020. Application: Designed for production of sealing coatings on industrial items... view more
Production Method: Compositions are produced from low density polyethylene with additives. Application: Intended for cable core lapping... view more
Production Method: Compositions are produced from low density polyethylene with additives. Application: Intended for cable core lapping... view more
Production Method: Based on polyethylene grades 10803-20, 15803-20, 15813-020,17504-006. Application: Designed for packing manufacture for milk and milk products... view more
Production Method: Based on polyethylene grades 10803-20, 15803-20, 15813-020,17504-006. Application: Designed for packing manufacture for milk and milk products... view more
Production Method: Gaseous-phase method. Application: Compositions are intended for cover insulating lapping, protective covers and cables... view more
Production Method: Compositions are achieved by ethylene copolymerization by gaseous-phase method at low pressure using complex catalysts on carrier material. Application: HDPE compositions are... view more
Production Method: Gaseous-phase method. Application: Composition of HD grade 273-83 is intended to obtain by method of extrusion products of industrial, cultural, and general use as well as... view more
Production Method: Gaseous-phase method. Application: Composition of HD grade 273-95 is intended to obtain by method of extrusion products of industrial, cultural, and general use as well as... view more
Production Method: Compositions are achieved by gaseous-phase method. Application: Composition is intended for production of polymer film fibers contacting bulk food... view more
Production Method: Compositions are achieved by ethylene copolymerization by gaseous-phase method at low pressure using complex catalysts on carrier material. Application: HDPE compositions are... view more
Production Method: Compositions are achieved by ethylene copolymerization by gaseous-phase method at low pressure using complex catalysts on carrier material. Application: HDPE compositions are... view more
Production Method: Compositions are achieved by ethylene copolymerization by gaseous-phase method at low pressure using complex catalysts on carrier material. Application: HDPE compositions are... view more
Production Method: Compositions are achieved by ethylene copolymerization by gaseous-phase method at low pressure using complex catalysts on carrier material. Application: Composition of HD... view more
Production Method: Compositions are achieved by ethylene copolymerization by gaseous-phase method at low pressure using complex catalysts on carrier material. Application: Composition of HD... view more
Production Method: Compositions are achieved by ethylene copolymerization by gaseous-phase method at low pressure using complex catalysts on carrier material. Application: HDPE compositions... view more
Production Method: Compositions are achieved by ethylene copolymerization by gaseous-phase method at low pressure using complex catalysts on carrier material. Application: HDPE compositions... view more
Production Method: Compositions are achieved by ethylene copolymerization by gaseous-phase method at low pressure using complex catalysts on carrier material. Application: HDPE compositions... view more
Production Method: Compositions are achieved by ethylene copolymerization by gaseous-phase method at low pressure using complex catalysts on carrier material. Application: HDPE compositions... view more
Production Method: Compositions are achieved by ethylene copolymerization by gaseous-phase method at low pressure using complex catalysts on carrier material. Application: HDPE compositions... view more
Production Method: Obtained by interaction of oleic acid and ethylene oxide. Application: Intended for use from 3% to 5% water emulsions as antistatic, lubricating and finishing agent for chemical... view more
Production Method: Mixture of polyethylene glycol ethers. Application: Intended for use as a reactant in the production of potassic fertilizers to decrease dust formation in ore mining plants and to... view more
Production Method: Composition is produced on the basis of 11503-070 grade low density polyethylene and 276-03 grade high density polyethylene composition. Application: Compositions are designed... view more
Production Method: Composition is produced on the basis of 11503-070 grade low density polyethylene and 276-03 grade high density polyethylene composition. Application: Compositions are designed... view more
Production Method: Composition is produced on the basis of 11503-070 grade low density polyethylene and 276-03 grade high density polyethylene composition. Application: Compositions are designed... view more
Notes: Low-molecular polyethylene of high pressure polyethylene production. Application: Designed for use in the rubber industry, building industry, and other fields. Can also be used as... view more
Notes: Low-molecular polyethylene of high pressure polyethylene production. Application: Designed for use in the rubber industry, building industry, and other fields. Can also be used as... view more
Notes: Low-molecular polyethylene of high pressure polyethylene production. Application: Designed for use in the rubber industry, building industry, and other fields. Can also be used as... view more
Production Method: P2ES-12 is produced from low density polyethylene, modified by carbon black, rubber and calcium stearate. Application: Designed for production of pipes used for explosive... view more
Production Method: P2KP polyethylene pigment masterbatches are produced on the basis of low density polyethylene with high content of masterbatches. Application: P2KP polyethylene pigment... view more
Production Method: Obtained by means of polycondensation method. Application: Intended for product manufacture by method of extrusion and die-casting... view more
Production Method: Obtained by means of polycondensation method. Application: Intended for product manufacture by method of extrusion and die-casting... view more
Production Method: Obtained by means of polycondensation method. Application: Intended for product manufacture by method of extrusion and die-casting... view more
Production Method: Obtained by means of polycondensation method. Application: Intended for product manufacture by method of die-casting... view more
Production Method: Obtained by means of polycondensation method. Application: Intended for product manufacture by method of die-casting... view more
Production Method: Obtained by means of polycondensation method. Application: Intended for product manufacture by method of die-casting... view more
Production Method: Obtained by means of polycondensation method. Application: Intended for manufacture of optical products by method of die-casting (including CD, DVD, and other discs), as well... view more
Production Method: Obtained by means of polycondensation method. Application: Intended for manufacture of optical products by method of die-casting (including CD, DVD, and other discs), as well... view more
Production Method: Obtained by means of polycondensation method. Application: Intended for manufacture of optical products by method of die-casting (including CD, DVD, and other discs), as well... view more
Production Method: Obtained by means of polycondensation method. Application: Intended for manufacture of optical products by method of die-casting (including CD, DVD, and other discs), as well... view more
Production Method: Copolymerization of eythylene at low pressure pipes and connection elements for pipeline phase method. Application: Composition is intended to be processed into pressure pipes... view more
Production Method: Copolymerization of eythylene at low pressure pipes and connection elements for pipeline phase method. Application: Composition is intended to be processed into pressure pipes... view more
Production Method: Copolymerization of eythylene at low pressure in presence of complex catalysts using gaseous-phase method. Application: Composition is intended to be processed into pressure... view more
Production Method: Gaseous-phase method. Application: Composition is intended to be processed into a stretch film... view more
Production Method: Gaseous-phase method. Application: Composition is intended to be processed into a stretch film... view more
Production Method: Gaseous-phase method. Application: Composition is intended to be processed into a stretch film... view more
Production Method: Gaseous-phase method. Application: Composition is intended to be processed into a stretch film... view more
Production Method: Gaseous-phase method. Application: Composition is intended to be processed into a stretch film... view more
Production Method: Gaseous-phase method. Application: Composition is intended to be processed into a stretch film... view more
Production Method: Copolymerization of eythylene at low pressure in presence of complex catalysts using gaseous-phase method. Application: Composition is intended for injection molding... view more
Production Method: Copolymerization of eythylene at low pressure in presence of complex catalysts using gaseous-phase method. Application: Composition is intended for injection molding... view more
Production Method: Copolymerization of eythylene at low pressure in presence of complex catalysts using gaseous-phase method. Application: Composition is intended for injection molding... view more
Production Method: Gaseous-phase method. Application: Compositions are intended for goods produced by injection molding method... view more
Production Method: Gaseous-phase method. Application: Compositions are intended for goods produced by injection molding method... view more
Production Method: Gaseous-phase method. Application: Compositions are intended for goods produced by injection molding method... view more
Production Method: Copolymerization of ethylene at low pressure using advanced technology and in presence of complex catalysts on carrier material that allows production of polyethylene with... view more
Production Method: Compositions are achieved by ethylene copolymerization by gaseous-phase method at low pressure using complex catalysts on carrier material. Application: HDPE compositions are... view more
Production Method: Compositions are achieved by ethylene copolymerization by gaseous-phase method at low pressure using complex catalysts on carrier material. Application: HDPE compositions are... view more
Production Method: Compositions are achieved by ethylene copolymerization by gaseous-phase method at low pressure using complex catalysts on carrier material. Application: HDPE compositions are... view more
Production Method: Copolymerization of ethylene at low pressure using advanced technology and in presence of complex catalysts on carrier material that allows production of polyethylene with... view more
Production Method: Obtained by interaction of ethylene glycol and ethylene oxide. Application: Used as a reagent in production of potash fertilizers to reduce dust formation... view more
Silon Cable compounds
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