Polyester | Details
•Excellent flexibility at room temperature and low temperatures without the use of plasticizers
•Excellent flex crack resistance
•High resilience
•Excellent resistance to stress relaxation and creep
•Resistance to swell in oils and aliphatic hydrocarbons at moderate temperatures
•Low melting point

Polyethylene | LD Details | VLD Details
•High impact strength at low temperatures
•Excellent electrical insulating properties
•Excellent resistance to most organic solvents and chemicals (except ones with aromatic or chlorine content)
•Excellent resistance to water absorption
•Very good processability

Polypropylene | Details
•Plasticizer free
•High impact resistance at low temperatures
•Excellent chemical resistance
•Excellent environmental stress-cracking resistance
•Excellent puncture resistance

Metalocene Polyolefin | Details
•Plasticizer free
•High thermal stability
•Excellent chemical resistance
•Excellent impact resistance
•Low leaching and extractable levels

Polyurethane (Ether based) | Details
•Outstanding abrasion and wear resistance
•Excellent low temperature flexibility
•Superior toughness and durability
•Ease of processing and manufacturing flexibility
•Colorability and paintability with no adhesion promoter

Flexible PVC | Details
• Excellent electrical insulating properties
•Good impact strength
•Great weatherability
•Inherent flame retardation
•Excellent compatibility with additives

Chlorinated Polyethylene | Details
•Good UV resistance
•Excellent Flexibility
•High tear strength
•Good chemical resistance
•Inherent flame retardation