Shanghai Qifan Cable Co., Ltd.
Tel : +86-021-57220171
Wire and cable pur
Oil-resistant and wear-resistant wire and cable, PUR cable, material (polyurethane), specially wear-resistant and oil-resistant, suitable for wire and cable in oil pollution and low temperature environment. PUR cable is one of the cables. The material of PUR cable has the advantages of oil resistance and wear resistance, while PVC is made of ordinary materials. In the cable industry in the past few years, the position of polyurethane has become increasingly important. At a certain temperature, the mechanical properties of this material are similar to that of rubber. The combination of thermoplasticity and elasticity leads to the TPE thermoplastic elastomer.
PUR cable type
PUR cable is mainly divided into PUR oil-resistant and wear-resistant power cable, PUR oil-resistant and wear-resistant (unshielded) cable, PUR oil-resistant and wear-resistant shielded cable, etc. In addition to the standard polyurethane, there are also the following types of polyurethane: semi-dark polyurethane (PUR) (low adhesion), rough polyurethane (PUR) (rough surface, low adhesion), fire resistant polyurethane (PUR), halogen-free and fire resistant polyurethane (PUR)
Cable PUR performance
Excellent oil resistance, good toughness, wear resistance, cold resistance (low temperature resistance), water resistance, aging resistance, acid and alkali resistance, climate resistance, long service life, UV resistance, energy release and many other excellent functions, suitable for oil pollution, low temperature environment extremely harsh occasions. Cable insulation materials can not bear high mechanical stress, and on the other hand, they are widely used as sheath materials. Especially suitable for flexible control and connecting cables that often contact sharp edges and rough surfaces. Polyurethane has the following important continuous properties: high tensile strength; Tear resistance; Notch resistance; Abrasion resistance; Resistance to repeated bending; Impact resistance; Low temperature flexibility.