LDPE Plastic Polyethylene Cable Sheath Material Low Density PE

• Customization: Available
• CAS No.: 9002-88-4
• Formula: (C2h4)N
• Model NO.: T-PE004
• Usage: General Plastics, Engineering Plastics, Specialty Plastics, Sheath of High-Voltage Power&RF&Outdoor Cables
• Plastic Properties After Heated: Thermoplastic Plastics
• Color: White Black with Color Masterbatch If Needed
• Transport Package: Bag/Pallet
• Specification: 25kg/bag
• Origin: China

Product Description

Description

LDPE is polyolefin crosslinking semi-conductive shielding cable sheath material, using high-quality EVA resin, conductive carbon black as the main materials, adding cross-linking agent, antioxidant and other additives,mixed and granulated. The process is stable and the quality is reliable. The product is used for 10kV crosslinking polyethylene insulated cable conductor and insulation layer crosslinking semi-conductive shielding material.

Feature

Good flexibility and weather resistance;
Good processing performance and formability;

LDPE Plastic has good chemical stability;
High flame retardant;
Excellent environmental protection;
High oil resistance;

Application

Low Density Polyethylene LDPE is mainly used to make cable insulation sheaths;
It can also be used for film products, such as agricultural films and packaging films;
It can also be used for various injection molding products. Such as containers, bottle caps, etc.
Package
In 25kg PP woven bag, or per your requirement.
20mt/20'FCL

Other Details

LDPE Injection Grade

Tests	Value	Unit
Melt Flow Rate   (MFR)	15	g/10min
Density	0.922	g/cm3
Tensile Yield   Strength	7	Mpa
Elongation at Break	75	%
Wien Softening   Point	85	°C

 
 LDPE Film Grade

Tests	Value	Unit
Melt Flow Rate   (MFR)	2	g/10min
Density	0.9225	g/cm3
Tensile Strength	9	Mpa
Elongation at Break	500	%
Fish eye   max(0.3-2mm)	30	n/1200cm2
Stripes	20	cm/20m3

T-PE004 Series PE/LDPE/LLDPE/MDPE/HDPE Raw Materials For Sheath Of Optical Fiber Cable
New Materials For Outer Sheath of High-Voltage Power&Rf&Outdoor Optical Cables, etc

Reference Standard GB/T15065-2009 Typical Physical And Mechanical Properties Are As Follows:

Item

Unit

Test Method

Typical

Density

g/cm^3

GGB/T 1033.1

0.965

Melt Flow Rate

g/10min

GB/T 3682-2000

0.39

Tensile Strength

Mpa

GB/T1040.3-2006

26

Elongation At Break

%

GB/T1040.3-2006

830

Low Temperature Impact Embrittlement Temperature (-76 ºC)

*

GB/T 5470-2008

Pass

Volume Resistivity (20 ºC)

GB/T1410-2006

1.6×10^14

Thermal Aging Performance 110ºC*240h

Rate Of Change Of Tensile Strength

%

GB/T 2951.12-2008

9.6

Rate Of Change Of Breaking Tensile

%

12.1

Environmental Stress Crack Resistance

Fo/h

GB/T2951.41-2008

Pass

Dielectric Strength

MV/m

GB/T1408.1-2006

26.8

200ºC OIT

min

GB/T2951.42-2008

53

Dielectric Constant

GB/T1409-2006

2.62

Dielectric Loss Factor

GB/T1409-2006

0.004

Carbon Black Content

GB/T2951.41-2008

2.66

Vicat Softening Point

ºC

GB/T1633-2000

112

*Appearance: Uniform color and no impurities. Evaluation: Qualified, meeting the requirements specified by ROHS. Note: The above typical values are random sampling data.

Packaging Storage And Transport
The material must be supplied packaged in such a way as to be protected during transport, handling and storage. The packaging must be in plastic bags, "bigbag", or cardboard box. The packaging must have adequate strength and be free of impurities that may contaminate the product and be protected against moisture as well.

What We Have In The Field Of Telecom Optical & Electric Cable :
1>Mature and Efficient Supply Chain System And Rich Industrial Resources
2>Complete Materials Demand Solutions For Cable Manufacturing And Technical Services
3>Overall Solutions And Customized Services In Factory Design, Equipment Configuration, Product Development And Rawmaterial Supply
*Quotation Varies According To Customer's Requirements And Quantity Of Products