GuangDong Advanced Thermoplastic Polymer Technology Co., Ltd.
GuangDong Advanced Thermoplastic Polymer Technology Co., Ltd.

Tear Resistance XLPE

Tear resistance XLPE

The material properties related to the crack resistance of the cable mainly include the following items:

1. Low-temperature shock:

Low-temperature embrittlement impact is an important index to evaluate the low-temperature performance of cable materials. Polyolefin Cable Compound

The low-temperature performance of pure polyolefin materials is better, the low-temperature embrittlement impact temperature of pure polyolefin materials should be below -70℃, and the low smoke halogen-free polyolefin cable materials can basically pass the low-temperature embrittlement impact of -40℃.

2. Aging:

Thermal aging is to put the material into a thermal aging box to examine the changes in mechanical properties at a certain temperature and time.

After thermal aging, the properties of the material will generally decline. Thermal aging is an important indicator of the cable material, and it is also the basis for judging the temperature resistance level of the cable. For example, the temperature resistance level of the cable is 70°C, 90°C, 105°C, 125°C, etc., which are distinguished according to the thermal aging conditions. If the aging performance is poor or does not meet the temperature resistance level, the cable will crack.

ATP's xlpe material totally solves those problems and makes the cables with good tear resistance.

Technical Data of Tear Resistance XLPE

Technical Data SheetModel

Material Properties
Test Standard
Test Condition
General Characteristics
Material Category
Appearance (light/Semi-matte/Frosted)
Physical Characteristics
HardnessISO 4815SShore A86
ProportionISO 1183-g/cm³1.137
Melt IndexISO 1133-1:2011190℃/2.16kgg/10min1.2
Brittle Temperature
ISO 812-
Mechanical Properties
Tensile StrengthISO37:2017200mm/minMpa9.67
Tearing StrengthISO34-1:2015500mm/minKN/m
Hot Air Aging
Elongation Retention Rate
Tensile Strength Retention Rate
Electrical Performance
Volume Resistivity
ASTM D257-Ohm-cm
PermittivityASTM D150--
Combustion PerformanceVertical Burning TestUL 943.0/6.0mm-
Oxygen IndexASTM D2863-%

Key Benefits of Tear resistance XLPE

Key Benefits of Tear resistance XLPE

· Competitive price      · Respond immediately      · Strong R&D capability      · Excellent after-sales service

Please fill in the below informations if you have any questions or doubts, ATP Polymer will contact within 24 hours.
Contact No
Product type
Application type
Enquiry Message
Tear Resistance XLPE

ATP Polymer News Recommendation

21 Dec, 2022
Thermoplastics PE (polyethylene) and PS (polystyrene)
Ⅰ. The performance, use and molding precautions of thermoplastic PE (polyethylene)1. The properties and uses of PE (polyethylene)PE, there are many kinds of high-density polyethylene (low-pressure po...
14 Dec, 2022
What is the Difference Between Thermosets and Thermoplastics?
Thermoplastics and thermosets are types of plastics that undergo different production processes and produce various properties depending on the constituent materials and production methods. Thermoplas...
17 Nov, 2022
What is the Difference Between Polyethylene Insulation, Polyvinyl Chloride Insulation and Cross-linked Polyethylene Insulation?
Ⅰ. Wide application of polyethylene cableWith the widespread use of social electricity, the application of cables has also become wider. Since the photoelectric wire is easy to cause fire, the cables...
10 Nov, 2022
Olefins Are Raw Materials for What Products? What is Its Nature?
Ⅰ. Structural properties of olefinsThe molecular structural formula of monoolefin is CnH2n, C2-C4 is a gas at room temperature, it is a non-polar molecule, insoluble or slightly soluble in water. Hyd...
20 Oct, 2022
Analysis of the Reaction of Olefin Plus Protonic Acid and Hypohalous Acid
Ⅰ. Olefin plus protonic acid reactionAlkenes can carry out addition reactions with protonic acids: CH2=CH2+HX→CH3CH2X.Characteristics:1. Different olefins support regularityWhen the alkene is a diff...
08 Sep, 2022
About Thermoplastic Rubber
Ⅰ. How is thermoplastic rubber formed?Thermoplastic rubber is a new type of material that can be plasticized at high temperature and can show rubber elasticity at low temperature.Such materials have ...