Specifications

1.Use in protcting optical cable or telecom cable.
2.Most advanced cable jecket material.
3.Low price.

 

Specifications
1.Material:HDPE
2.Thickness:3.5-3.7mm
3.Diameter:40/33
4.Color:customerised
5.Length:2000meter per roll 


The  HDPE sillicon core pipe is very popular in the 21th century that go with the fast development of telecom industry.It is inevitable that strengthen the protection to optical cable. At present, BAOLI  HDPE sillicon core pipe is most advanced cable jacket material, good performance, low price, convenient to construction and durable, instead of multi-holes concrete pipes, PVC pipes and HDPE double side corrugated pipes step by step, become the perfect products in cable jacket material.To catch up with the development of world telecom industry, our company researched and develop this product by our abundant technical strength and rich production experience through two years hard work. 

The  HDPEsillicon core pipe main characteristics are:

1. Adopt the mode of multi-machine co-extrusion, silicon core layer is synchronizely embedded in the pipe.
It will be lubricated and not be stripped forever.

2. The friction coefficient of the inner wall is very small. Optical cable (electric cable) can be repeatedly extracted and tensioned in the pipe. Trough using cable blowing machine, one time blowing length can be 1000 to 2000 meter under normal conditions.

3. Good tightness, waterproof, damp-proof, can avoid the damage by rodent animals.

4. With great ring stiffness and toughness. In construction, its bending radius should not be less than 10 times of the external diameter of the pipe.

5. Aging-resistant, anticorrosion of chemicals. With long service life, and will not deteriorate within 50 years in the earth.

6. Good weather resistant ability, and its suitable temperature scope is from -40°C to 100°C.

7. Convenient in construction. This will save time and the project cost is only 30% of the PVC pipe.

Dimension (unit: mm):

specification	OD	min   ID	thickness	length	elasticity
					before coiling	after coiling
32/26	32	26	2.5	1000 2000 3000	≤2	≤3
34/28	34	28	3.0	1000 2000 3000	≤2	≤3
40/33	40	33	3.5	1000 2000 3000	≤2.5	≤3.5
46/38	46	38	4.0	1000 1500	≤3	≤5
50/41	50	41	4.5	1000 1500	≤3	≤5
63/54	63	54	5.0	1000 1500	≤3	≤5