Thin Wall Polyolefin Heat Shrink Tubing Polyolefin Tubing

• Application: Insulators, Electrical Winding Insulation, Motor, Switch Baseplate
• Type: Insulation Sleeve & Tube
• Chemistry: Insulation Tubes
• Material: Polyolefin
• Thermal Rating: -45ºC~125ºC
• Maximum Voltage: 1kv
• Model NO.: SB-RSFR-H
• Certification: UL, ISO9001, Ts16949
• Color: Black, Red, Blue, Yellow, Green, White
• Brand: Sunbow
• Shrink Temperature: 84ºC~120ºC
• Shrink Ratio: 2:1
• UL No.: E360625
• Transport Package: Carton
• Specification: 0.6~250mm
• Trademark: SUNBOW
• Origin: Shenzhen, China
• HS Code: 3926909090
• Production Capacity: 10000000m/Month

Product Description

thin wall polyolefin heat shrink tubing polyolefin tubing

1.  Description of goods

thin wall polyolefin heat shrink tubing polyolefin tubing (SB-RSFR-125H)
Working temperature: -45ºC ~ 125ºC  
Shrink ratio: 2:1   
Shrink temperature: 84ºC ~ 120ºC
Made of eco-friendly cross-linking polyolefin material under irradiation. It has environment-friendly, flexible, flame retardant, quick shrink and stable performances. Also, it has electrical insulation, welding point anticorrosion and antirust and mechanical performances. It has passed UL, RoHS, Reach certifications for 300V and 600V.

thin wall polyolefin heat shrink tubing polyolefin tubing

3. Dimension

thin wall polyolefin heat shrink tubing polyolefin tubing

Inner Diameter	As Supplied(mm)		After Recovery(mm)		Standard Package	Application Range(mm)
	Inner Diameter	Wall Thickness	Inner Diameter	Wall Thickness	(m/spool)
Φ0.6	0.9±0.2	0.20±0.05	≤0.40	0.33±0.10	400	0.4~0.7
Φ0.8	1.1±0.2	0.20±0.05	≤0.50	0.33±0.10	400	0.6~0.8
Φ1.0	1.5±0.2	0.20±0.05	≤0.65	0.36±0.10	400	0.75~0.9
Φ1.5	2.0±0.2	0.20±0.05	≤0.85	0.36±0.10	400	0.95~1.4
Φ2.0	2.5±0.2	0.23±0.05	≤1.00	0.45±0.10	400	1.1~1.8
Φ2.5	3.0±0.2	0.23±0.05	≤1.30	0.45±0.10	400	1.35~2.3
Φ3.0	3.5±0.2	0.23±0.05	≤1.50	0.45±0.10	400	1.6~2.7
Φ3.5	4.0±0.2	0.23±0.05	≤1.80	0.45±0.10	400	1.85~3.2
Φ4.0	4.5±0.2	0.25±0.05	≤2.00	0.45±0.10	400	2.1~3.6
Φ4.5	5.0±0.2	0.28±0.05	≤2.30	0.56±0.10	200	2.35~4.0
Φ5.0	5.5±0.2	0.28±0.05	≤2.50	0.56±0.10	200	2.6~4.5
Φ6.0	6.5±0.2	0.28±0.05	≤3.00	0.56±0.10	200	3.1~5.4
Φ7.0	7.5±0.3	0.28±0.05	≤3.50	0.56±0.10	100	3.7~6.3
Φ8.0	8.5±0.3	0.30±0.08	≤4.00	0.56±0.10	100	4.2~7.2
Φ9.0	9.5±0.3	0.30±0.08	≤4.50	0.56±0.10	100	4.7~8.0
Φ10	10.5±0.3	0.30±0.08	≤5.00	0.56±0.10	100	5.2~9.0
Φ11	11.5±0.3	0.30±0.08	≤5.50	0.56±0.10	100	5.7~10
Φ12	12.5±0.3	0.30±0.08	≤6.00	0.56±0.10	100	6.2~11
Φ13	13.5±0.3	0.30±0.08	≤6.50	0.56±0.10	100	6.7~12
Φ14	14.5±0.3	0.35±0.10	≤7.00	0.70±0.10	100	7.3~13
Φ15	15.5±0.4	0.35±0.10	≤7.50	0.70±0.10	100	7.8~14
Φ16	16.5±0.4	0.35±0.10	≤8.00	0.70±0.10	100	8.3~15
Φ17	17.5±0.4	0.35±0.10	≤8.50	0.70±0.10	100	8.8~16
Φ18	19.0±0.5	0.35±0.10	≤9.00	0.70±0.10	100	9.3~17
Φ20	22.0±0.5	0.35±0.10	≤10.00	0.83±0.15	100	10.4~19
Φ22	24.0±0.5	0.40±0.12	≤11.00	0.83±0.15	100	11.4~21
Φ25	26.0±0.5	0.40±0.12	≤12.50	0.90±0.15	50	12.8~24
Φ28	29.0±0.5	0.45±0.12	≤14.00	0.90±0.15	50	14.4~29
Φ30	31.5±1.0	0.45±0.12	≤15.00	1.00±0.15	50	16~29
Φ35	36.5±1.0	0.45±0.12	≤17.50	1.00±0.15	50	18~34
Φ40	41.5±1.0	0.45±0.12	≤20.00	1.00±0.15	50	21~39
Φ45	46.5±1.0	0.50±0.15	≤22.5	1.00±0.15	25	23.5~44
Φ50	≥50	0.50±0.15	≤25.0	1.10±0.15	25	26~49
Φ60	≥60	0.60±0.15	≤30.0	1.20±0.15	25	35~55
Φ70	≥70	0.65±0.15	≤35.0	1.30±0.20	25	40~65
Φ80	≥80	0.65±0.15	≤40.0	1.30±0.20	25	45~75
Φ90	≥90	0.65±0.15	≤45.0	1.30±0.20	25	50~85
Φ100	≥100	0.65±0.20	≤50.0	1.30±0.20	25	55~95
Φ120	≥120	0.65±0.20	≤60.0	1.30±0.20	25	65~115
Φ150	≥150	0.65±0.20	≤70.0	1.30±0.20	25	80~145
Φ180	≥180	0.65±0.30	≤90.0	1.30±0.30	25	95~175
Φ210	≥210	0.65±0.30	≤105.0	1.30±0.30	25	110~205
Φ230	≥230	0.65±0.30	≤115.0	1.30±0.30	25	120~225
Φ250	≥250	0.65±0.30	≤125.0	1.30±0.30	25	130~240

SBRS-(3X)G

Inner Diameter		As Supplied(mm) ID	After Recovery(mm)			Standard Package (m/spool)
(mm)	(inch)		ID	Whole Wall Thickness	Adhesive Thickness
Φ2.4	3/32	≥2.4	≤0.80	0.85±0.15	0.40±0.10	200
Φ3.2	1/8	≥3.2	≤1.00	0.95±0.15	0.40±0.10	200
Φ4.8	3/16	≥4.8	≤1.60	1.10±0.15	0.40±0.10	100
Φ6.4	1/4	≥6.4	≤2.20	1.20±0.15	0.45±0.10	100
Φ7.9	5/16	≥7.9	≤2.70	1.35±0.15	0.50±0.10	100
Φ9.5	3/8	≥9.5	≤3.20	1.45±0.20	0.50±0.15	50
Φ12.7	1/2	≥12.7	≤4.20	1.70±0.20	0.50±0.15	1.22
Φ15.0	5/8	≥15.0	≤5.20	1.80±0.20	0.55±0.15	1.22
Φ19.1	3/4	≥19.1	≤6.30	2.00±0.20	0.55±0.15	1.22
Φ25.4	1	≥25.4	≤8.50	2.10±0.25	0.55±0.15	1.22
Φ30.0	1-1/4	≥30.0	≤10.20	2.20±0.25	0.60±0.15	1.22
Φ39.0	1-1/2	≥39.0	≤13.50	2.40±0.25	0.60±0.15	1.22
Φ50.0	2	≥50.0	≤17.00	2.70±0.25	0.80±0.15	1.22
Φ64.0	2-1/2	≥64.0	≤21.00	3.00±0.30	0.80±0.20	1.22
Φ76.0	3	≥76.0	≤25.00	3.00±0.30	1.00±0.20	1.22
Φ90.0	3-1/2	≥90.0	≤30.00	3.00±0.30	1.00±0.20	1.22
Φ100	4	≥100	≤34.00	3.00±0.30	1.00±0.20	1.22
Φ125	5	≥125	≤42.00	3.00±0.30	1.00±0.15	1.22

 
SBRS-(4X)G 

Inner Diameter		As Supplied(mm) ID	After recovery(mm)			Standard Package   (m/roll)
(mm)	(inch)		Max ID	Whole Wall Thickness	Adhesive Thickness
Φ4.0	2/13	≥4.0	≤1.0	1.0±0.15	0.4±0.15	200
Φ6.0	1/4	≥6.0	≤1.5	1.1±0.15	0.4±0.15	100
Φ8.0	5/16	≥8.0	≤2.0	1.2±0.15	0.5±0.15	100
Φ12.0	1/2	≥12.0	≤3.0	1.4±0.15	0.5±0.15	1.22
Φ16.0	5/8	≥16.0	≤4.0	1.7±0.15	0.6±0.15	1.22
Φ20.0	15/19	≥20.0	≤5.0	2.0±0.25	0.6±0.15	1.22
Φ24.0	1	≥24.0	≤6.0	2.1±0.25	0.6±0.15	1.22
Φ32.0	1 1/4	≥32.0	≤8.0	2.4±0.25	0.7±0.15	1.22
Φ52.0	2	≥52.0	≤13.0	2.4±0.25	0.7±0.15	1.22

4. Pictures of goods

customer's story sharing

thin wall polyolefin heat shrink tubing, the correct use of thin wall polyolefin heat shrink tubing
After doing business for many years, when some customers come to inquire about thin wall polyolefin heat shrink tubings, they will not only ask about the price, but also sometimes ask about the correct use of thin wall polyolefin heat shrink tubings. As a novice, you may think that the customer is not using it yourself, why don't you know the correct way to use the thin wall polyolefin heat shrink tubing? This is not surprising at all, sometimes it is normal for the client to just take on the project and not knowing. Today, we, SUNBOW, the top three source manufacturers of thin wall polyolefin heat shrink tubing quality in the industry, will analyze the correct use of Teflon for you.
There are thousands of thin wall polyolefin heat shrink tubings on the market. They seem to have the same appearance. In fact, the quality of thin wall polyolefin heat shrink tubings is very different. The most important point is the shrinkage ratio of the thin wall polyolefin heat shrink tubing. At the same shrinkage temperature, the higher the shrinkage ratio, the faster the shrinkage of the thin wall polyolefin heat shrink tubing, and the tighter and smoother the coating. Some manufacturers cannot make thin wall polyolefin heat shrink tubings with such a high shrinkage ratio, but in order to get customer orders, they claim that the shrinkage ratio of their own thin wall polyolefin heat shrink tubings exceeds 1.7:1. No matter how high the shrinkage temperature is, the thin wall polyolefin heat shrink tubing does not shrink completely, and it eventually melts and does not shrink completely. The customer is far abroad, and the return shipping is expensive, so you can only suffer from the loss.
After returning to work after the Spring Festival, I met a customer from Sara in Mexico. After talking with them, I learned that the customer encountered such a situation. I saw SUNBOW Teflon heat-shrinkable tube on Alibaba, and sent an inquiry to inquire about the use of Teflon heat-shrinkable tube in their industrial motors. Talking on whats'app, I learned that this is the first time the customer came into contact with thin wall polyolefin heat shrink tubings. Because they did not understand the market, they were tricked by the original manufacturer. The shrinkage ratio of the purchased thin wall polyolefin heat shrink tubings was not good. , the thin wall polyolefin heat shrink tubing has not completely shrunk. No matter how high the temperature is, the result will not help. The shrinked thin wall polyolefin heat shrink tubing can still move back and forth on the customer's wire and cable.
We immediately shoot the shrinking video of thin wall polyolefin heat shrink tubing and send the video to customers for reference. The email also states the shrinking steps of thin wall polyolefin heat shrink tubing. Sara received the video and step-by-step instructions, and sighed at SUNBOW's carefulness. Seeing is believing, Sara saw from the video that the SUNBOW thin wall polyolefin heat shrink tubing shrinks so well, and it is flat and tightly wrapped, and she trusts the SUNBOW thin wall polyolefin heat shrink tubing more. Received the goods in mid-February, Sara emailed to say that SUNBOW thin wall polyolefin heat shrink tubing was very surprised, and will carry out large-scale purchases next.
The correct use of thin wall polyolefin heat shrink tubing is as follows:
1. Before use, you need to prepare Teflon heat-shrinkable tubes and heating tools of the correct specifications. The specifications of Teflon heat-shrinkable tubes are generally slightly larger than the cables to be protected. As long as they are slightly larger, they can be tightened. In this way, the specification is the smallest without delaying the use, so the cost budget is also the lowest:
2. Take a suitable length of Teflon heat-shrinkable tube and put it on the position to be protected by the cable:
3. Then use a heating tool (hot air gun) to adjust the shrinkage temperature to 350 °C, and evenly heat one end of the thin wall polyolefin heat shrink tubing to make it shrink gradually. You may need to use your hands or other objects before shrinking. After it is fixed a little, you can release the hand and remove the fixed object. At this time, you can heat shrink from the beginning to the end until all the installation is completed, and the connector to be protected by the cable is completely covered.

SUNBOW thin wall polyolefin heat shrink tubing, no regrets after a small test.