Marlex® 9503HF Polyethylene by Chevron Phillips Chemical is a gas phase, high molecular weight, high density polyethylene hexene copolymer with synthetic antistatic agent. It is tailored for blow... view more

Marlex® 9512H Polyethylene by Chevron Phillips Chemical is a high molecular weight, gas phase, high density polyethylene hexene copolymer. It is tailored for blow molding. This grade exhibits... view more

Marlex® 9513H Polyethylene by Chevron Phillips Chemical is a high molecular weight, gas phase, high density polyethylene grade hexene copolymer with antistatic agent. It is processed by blow... view more

Marlex® 9514H Polyethylene by Chevron Phillips Chemical is a gas phase, high molecular weight, high density polyethylene hexene copolymer. It is tailored for lightweight blow molding applications... view more

Marlex® 9515H Polyethylene by Chevron Phillips Chemical is a high molecular weight, gas phase, high density polyethylene hexene copolymer with antistatic agent. It is tailored for blow molding. This... view more

Marlex® C300 by Chevron Phillips Chemical is a metallocene medium density polyethylene grade. Is suitable for blow molding application. Exhibits excellent gloss, good clarity and excellent... view more

Marlex® EHM 6004 Polyethylene by Chevron Phillips Chemical is a high molecular weight, high density polyethylene homopolymer for processing by blow molding. It exhibits excellent stiffness... view more

Marlex® HHM 5502LD Polyethylene by Chevron Phillips Chemical is a high molecular weight, high density polyethylene hexene copolymer with antistatic agent. It is tailored for blow molding. This grade... view more

Marlex® HXM 50100P by Chevron Phillips Chemical is an opaque, extra high molecular weight, high density polyethylene (MDPE) hexene copolymer. Is durable and recyclable for sustainability. Exhibits... view more

Marlex® K608 by Chevron Phillips Chemical is a high density polyethylene (HDPE) grade. It is a high molecular weight ethylene homopolymer grade. Is suitable for processing by thermoforming and blow... view more