Flame Retardant Single Wall Heat Shrink Tubing (Item FRZH50, Thin Wall Tubing, Offer Blue / Green / Red Color, 2:1 Shrink Ratio) Manufacturer

Flame Retardant Single Wall Heat Shrink Tubing (Item FRZH50, Thin Wall Tubing, Offer Blue / Green / Red Color, 2:1 Shrink Ratio)

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Flame Retardant Single Wall Heat Shrink Tubing (Item FRZH50, Thin Wall Tubing, Offer Blue / Green / Red Color, 2:1 Shrink Ratio)

Description

The flame retardant single wall heat shrink tubing is made of EVA which doesn't contain any halogens. It is soft and flame retardant.

EVA is a kind of crosslinked polyolenfin which is soft but has a good mechanical strength and low shrinking temperature. So this shrink tubing is widely used in insulation protection of electric joints or rust and corrosion protection for solder or other mechanical protection which can be seen in family, communication, power, automotive, etc.

Product features

Operating temperature	-55℃ to +125℃
The lowest temperature of beginning shrinking	≥84℃
The lowest temperature of finishing shrinking	≥105℃
The lowest temperature of complete shrinking	105℃
Heat shrinkage ratio	2:1
Environmental standard	RoHS
Major material	EVA
Standard colors	red, black, white, yellow, green,blue, etc. ten international standard colors in all

Specification chart (1) Flame retardant single wall heat shrink tubing

Specification(mm)	Size before shrinking (mm)		Size after shrinking (mm)		Package standard (Meter/coil or piece)
Specification(mm)	Inner diameter	Wall thickness	Inner diameter maximum	Wall thickness	Package standard (Meter/coil or piece)
Φ0.8	1.1±0.2	0.18±0.05	0.5	0.33±0.10	400
Φ1.0	1.5±0.2	0.20±0.05	0.65	0.36±0.10	400
Φ1.5	2.0±0.2	0.20±0.05	0.85	0.36±0.10	400
Φ2.0	2.5±0.2	0.20±0.05	1	0.45±0.10	400
Φ2.5	3.0±0.2	0.20±0.05	1.3	0.45±0.10	400
Φ3.0	3.5±0.2	0.20±0.05	1.5	0.45±0.10	400
Φ3.5	4.0±0.2	0.23±0.05	1.8	0.45±0.10	400
Φ4.0	4.7±0.2	0.25±0.05	2	0.45±0.10	200
Φ4.5	5.0±0.2	0.28±0.05	2.3	0.56±0.10	200
Φ5.0	5.5±0.2	0.28±0.05	2.5	0.56±0.10	200
Φ5.5	6.0±0.2	0.28±0.05	2.8	0.56±0.10	200
Φ6.0	6.5±0.2	0.28±0.05	3	0.56±0.10	200
Φ7.0	7.5±0.3	0.30±0.05	3.5	0.56±0.10	100
Φ8.0	8.5±0.3	0.30±0.08	4	0.56±0.10	100
Φ9.0	9.5±0.3	0.30±0.08	4.5	0.56±0.10	100
Φ10	10.5±0.3	0.30±0.08	5	0.56±0.10	100
Φ11	11.5±0.3	0.30±0.08	5.5	0.56±0.10	100
Φ12	12.5±0.3	0.30±0.08	6	0.56±0.10	100
Φ 13	13.5±0.3	0.35±0.08	6.5	0.56±0.10	100
Φ14	14.5±0.3	0.35±0.10	7	0.70±0.10	100
Φ15	15.5±0.4	0.35±0.10	7.5	0.70±0.10	100
Φ16	16.5±0.4	0.35±0.10	8	0.70±0.10	100
Φ17	17.5±0.4	0.35±0.10	8.5	0.70±0.10	100
Φ18	19.0±0.5	0.35±0.10	9	0.70±0.10	100
Φ20	22.0±0.5	0.40±0.10	10	0.83±0.10	100
Φ22	24.0±0.5	0.40±0.12	11	0.83±0.15	50
Φ25	26.0±0.5	0.45±0.12	12.5	0.90±0.15	25
Φ28	29.0±0.5	0.45±0.12	14	0.90±0.15	25
Φ30	31.5±1.0	0.45±0.12	15	1_00±0.15	25
Φ35	36.5±1.0	0.45±0.12	17.5	1_00±0.15	25
Φ40	41.5±1.0	0.50±0.12	20	1.00±0.15	25
Φ45	46.5±1.0	0.50±0.15	22.5	1.00±0.20	25
Φ50	≥50	0.50±0.15	25	1.10±0.20	25
Φ60	≥60	0.50±0.15	30	1.10±0.15	25
Φ70	≥70	0.50±0.15	35	1.20±0.15	25
Φ80	≥80	0.50±0.15	40	1.30±0.20	25
Φ90	≥90	0.50±0.15	45	1.30±0.20	25
Φ100	≥100	0.50±0.15	50	1.30±0.20	25
Φ120	≥120	0.50±0.15	60	1.30±0.20	25
Φ150	≥150	0.50±0.15	75	1.30±0.20	25
Φ180	≥180	0.50±0.15	90	1.30±0.20	25

(2) Flame retardant single thin wall heat shrink tubing

Specification (mm)	Size before shrinking (mm)		Size after shrinking (mm)		Package standard (Meter/coil or piece)	Range of application (mm)
Specification (mm)	Inner diameter	Wall thickness	Package standard (Meter/coil or piece)	Wall thickness	Package standard (Meter/coil or piece)	Range of application (mm)
φ1.0B	1.40±0.20	0.13±0.05	0.65	0.20±0.10	400	0.7-1.0
φ1.5B	1.90±0.20	0.13±0.05	0.85	0.20±0.10	400	0.9-1.4
φ2.0B	2.40±0.20	0.13±0.05	1	0.22±0.10	400	1.1-1.8
φ2.5B	2.90±0.20	0.13±0.05	1.3	0.25±0.10	400	1.4-2.3
φ3.0B	3.40±0.20	0.13±0.05	1.5	0.28±0.10	400	1.6-2.7
φ3.5B	3.90±0.20	0.13±0.05	1.8	0.28±0.10	400	1.9-2.3
φ4.0B	4.40±0.20	0.15±0.05	2	0.30±0.10	200	2.1-3.6
φ4.5B	4.90±0.20	0.15±0.05	2.3	0.30±0.10	200	2.4-4.0
φ5.0B	5.50±0.20	0.15±0.05	2.5	0.32±0.10	200	2.6-4.5
φ6.0B	6.50±0.20	0.15±0.05	3	0.32±0.10	200	3.1-5.4
φ7.0B	7.50±0.30	0.15±0.05	3.5	0.32±0.10	100	3.7-6.3
φ8.0B	8.50±0.30	0.15±0.05	4	0.32±0.10	100	4.2-7.2
φ9.0B	9.50±0.30	0.15±0.05	4.5	0.35±0.10	100	4.7-8.0
φ10B	10.50±0.30	0.15±0.05	5	0.35±0.10	100	5.2-9.0
φ11B	11.50±0.30	0.18±0.05	5.5	0.40±0.10	100	5.7-10.0
φ12B	12.50±0.30	0.20±0.05	6	0.40±0.10	100	6.2-11.0
φ13B	13.50±0.30	0.20±0.05	6.5	0.40±0.10	100	6.7-12.0
φ14B	14.50±0.30	0.20±0.05	7	0.40±0.10	100	7.3-13.0
φ15B	15.50±0.40	0.20±0.05	7.5	0.40±0.10	100	7.8-14.0
φ16B	16.50±0.40	0.22±0.05	8	0.40±0.10	100	8.3-15.0
φ17B	17.50±0.40	0.22±0.05	8.5	0.40±0.10	100	8.8-16.0
φ18B	18.50±0.40	0.22±0.05	9	0.42±0.10	100	9.3-17.0
φ20B	20.50±0.50	0.25±0.05	10	0.45±0.10	100	10.5-19.0
φ22B	22.50±0.50	0.25±0.05	11	0.45±0.10	50	11.5-20.5
φ25B	25.50±0.50	0.25±0.05	12.5	0.45±0.10	25	13.0-24.0
φ28B	28.50±0.50	0.30±0.08	14	0.45±0.10	25	14.5-27.0

Physical, chemical and electrical property table

Property			Testing method	Index
Physical property	Tensile strength (Mpa)		GB/T1040	≥10.4
	Breaking elongation (%)		GB/T1040	≥200
	Tensile strength after heat aging (Mpa)		158℃×168h	≥7.3
	Breaking elongation after heat aging (%)		158℃×168h	≥100
	Thermal shock			No flow, no crack, no dripping
	Cold bending		-30℃×1h	No crack
Electrical property	Withstand voltage	300 (V)		No disruption below 1500kV
		600(V)		No disruption below 2500kV
	Disruptive strength (KV/mm)		GB/T1408	≥15
	Volume resistivity(Ω•cm)		GB/T1410	≥1X10^14
Chemical property	The stability of copper		158℃×168h	PASS
	Anti-corrosion property		158℃×168h	PASS
	Flame retardant property		ASTM D 2671 C method	VW-1