Supply 2:1 / 12.7mm transparent high temperature resistant (PVDF) 175 ℃ semi hard polyvinylidene flu

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Product Certification:	UL224

Semi hard polyvinylidene fluoride is a thin-walled heat shrinkable tube made of radiation modification of polyvinylidene fluoride
It has the characteristics of transparent and flame retardant
It can be used at high temperature for a long time
It is wear-resistant, cutting resistant, and resistant to most oils and chemical solvents
It is widely used for the protection of welding points, terminals and connecting cables eroded by high temperature, industrial fuels, solvents and chemical reagents Product features ● wear resistance ● oil and solvent resistance ● cutting resistance ● shrinkage temperature: ≥ 100 ℃ ● final shrinkage temperature: ≥ 175 ℃
● service temperature: - 55 ℃ ~ 175 ℃ ● thermal shrinkage ratio: 2:1 ● environmental protection standard: RoHS ● flame retardant grade: UL 224 VW-1
● color standard: transparent, black
Specification of semi-rigid polyvinylidene fluoride heat shrinkable pipe

specification		before shrinking Minimum inner diameter (mm)	after free shrinkage (mm)		pipe type	packaging standard (M / plate)
Inch	mm		maximum inner diameter	wall thickness
3/64	1 2	1 2	0 6	0 25±0 05	circle	200
1/16	1 6	1 6	0 8	0 25±0 05	circle	200
3/32	2 4	2 4	1 2	0 25±0 05	circle	200
1/8	3 2	3 2	1 6	0 25±0 05	circle	100
3/16	4 8	4 8	2 4	0 25±0 05	circle	100
1/4	6 4	6 4	3 2	0 30±0 05	circle	100
3/8	9 5	9 5	4 8	0 30±0 05	flat	50
1/2	12 7	12 7	6 4	0 30±0 05	flat	50
3/4	19 1	19 1	9 5	0 42±0 05	flat	50
1	25 4	25 4	12 7	0 50±0 05	flat	50
1 1/2	38 1	38 1	19 0	0 50±0 05	flat	50

Technical indicators

performance	indicators	test method / condition
specific gravity	1 78g/cm3	ASTM D 791
tensile strength	≥30MPa	ASTM D 2671
elongation at break	≥150%	ASTM D 2671
elongation at break after thermal aging	≥100%	125℃ × 168h
volume resistivity	≥1013Ω cm	IEC 60093
flame retardant	passed	UL 224 VW-1
cold bending flexibility	no crack	-55℃ × 4h
thermal shock	No crack	250℃ × 4h
copper corrosion	passed	180℃ × 168h
copper stable	no degradation	180℃ × 168h