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Hepla® PP

Hepla® PP offers excellent chemical resistance, fatigue resistance, processability and mechanical properties with a high dielectric coefficient and a low water absorption rate. Hepla® PP also has good heat resistance, so that it can be sterilized at a high temperature of over 100℃, and can endure the heat of 150℃ without deformation. Hepla® PP, at low cost, also shares most suitable properties that thermoplastics do not have. In short, Hepla® PP is a cost-effective material.



 


Highlights and Limitations

 

Highlights:

1. Excellent mechanical properties

2. Low water absorption rate

3. Excellent chemical resistance

4. Processability and moldability

5. Excellent fatigue resistance

6. Good heat resistance that it can be sterilized under high temperatures of over 100℃, and can endure the heat of 150℃ without deformation

7. Higher dielectric coefficient

 

Limitations

1. Lack of rigidity at high temperatures

2. Yellowing, discoloration and embrittlement may occur outdoors

3. Unable to be loaded for a long-time due to poor creep resistance

4. Poor printing performance




 


OVERVIEW

Available materials:Total 66
Available Area:America, Asia, Africa, Europe
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Hepla® PP

Hepla® PP offers excellent chemical resistance, fatigue resistance, processability and mechanical properties with a high dielectric coefficient and a low water absorption rate. Hepla® PP also has good heat resistance, so that it can be sterilized at a high temperature of over 100℃, and can endure the heat of 150℃ without deformation. Hepla® PP, at low cost, also shares most suitable properties that thermoplastics do not have. In short, Hepla® PP is a cost-effective material.
TYPE
DESCRIPTION
BASE MATERIAL
TECHNICAL DATA
ROHS
REACH
MSDS
High Impact
Hepla® PP
Antistatic
Hepla® PP
Electrically Conductive,High Flow
Hepla® PP
Electrically Conductive,High Viscosity
Hepla® PP
Flame Retardant
Hepla® PP
Flame Retardant,High Flow
Hepla® PP
Flame Retardant,High Viscosity
Hepla® PP
High Gravity
Hepla® PP
High Gravity
Hepla® PP
High Flow
Hepla® PP
Thermally Conductive,Electrically Conductive
Hepla® PP
UV Stabilized ,Flame Retardant
Hepla® PP
Mineral - Flame Retardant
Hepla® PP
Carbon Fiber - Electrically Conductive
Hepla® PP
Calcium Carbonate - High Impact
Hepla® PP
Glass Bubbles
Hepla® PP
Silicone 2%
Hepla® PP
Glass Fiber 5% - Electrically Conductive
Hepla® PP
Glass Bead 10%
Hepla® PP
Glass Fiber 10% - Electrically Conductive
Hepla® PP
Glass Fiber 10% - Electrically Conductive,Flame Retardant
Hepla® PP
Glass Fiber 10% - Flame Retardant,Chemically Coupled
Hepla® PP
Glass Fiber 10% - Flame Retardant,High Impact,Chemically Coupled
Hepla® PP
Glass Fiber 10% - High Impact,Chemically Coupled
Hepla® PP
Calcium Carbonate 10%
Hepla® PP
Calcium Carbonate 10% - High Impact
Hepla® PP
Talc 10%
Hepla® PP
Talc 10% - High Impact
Hepla® PP
Stainless Steel Fiber 10% - Electrically Conductive,Electromagnetic Shielding
Hepla® PP
Stainless Steel Fiber 10% - Electrically Conductive,Electromagnetic Shielding,FDA
Hepla® PP
Stainless Steel Fiber 10% - Electromagnetic Shielding
Hepla® PP
Aramid Fiber 15%
Hepla® PP
Glass Fiber 15% - Electrically Conductive
Hepla® PP
Glass Fiber 15% - High Impact,Chemically Coupled
Hepla® PP
Stainless Steel Fiber 15% -Electrically Conductive,Electromagnetic Shielding
Hepla® PP
Stainless Steel Fiber 15% - Electromagnetic Shielding
Hepla® PP
PTFE 15%
Hepla® PP
Carbon Fiber 20%
Hepla® PP
Glass Bead 20%
Hepla® PP
Glass Fiber 20% - Electrically Conductive
Hepla® PP
Glass Fiber 20% - High Impact,Chemically Coupled
Hepla® PP
Calcium Carbonate 20%
Hepla® PP
Calcium Carbonate 20% - High Impact
Hepla® PP
Talc 20%
Hepla® PP
Talc 20% - High Impact
Hepla® PP
PTFE 20%
Hepla® PP
Mica 25%
Hepla® PP
Mica 25% - High Impact
Hepla® PP
Mica 25% - UL94 HB
Hepla® PP
Glass Bead 30%
Hepla® PP
Glass Fiber 30% - High Impact,Chemically Coupled
Hepla® PP
Glass Fiber 30% - Flame Retardant
Hepla® PP
Glass Fiber 30% - Electrically Conductive
Hepla® PP
Glass Fiber 30% -  PTFE 15% - Chemically Coupled
Hepla® PP
Calcium Carbonate 30%
Hepla® PP
Calcium Carbonate 30% - High Impact
Hepla® PP
Talc 30%
Hepla® PP
Talc 30% - High Impact
Hepla® PP
Electrically Conductive 40%
Hepla® PP
Glass Fiber 40% - High Impact,Chemically Coupled
Hepla® PP
Calcium Carbonate 40%
Hepla® PP
Mica 40%
Hepla® PP
Mica 40% - High Impact
Hepla® PP
Talc 40%
Hepla® PP
Talc 40% - High Impact
Hepla® PP
Talc 40% - High Flow
Hepla® PP

NFD ADVANCED COMPOSITES

公司/COMPANY

NFD can provide customized services to meet our customers’ differentiated demands by modifying these materials’ properties. The custom-tailored properties cover structural enhancement, electric conduction and electronic screening, flame retardancy, self-lubrication and wear resistance, long (short) carbon fiber reinforcement, long (short) glass fiber reinforcement(LFT), high specific gravity, low specific gravity, medical level quality, heat resistance, toughness, thermal conduction and electric insulation, electric and thermal conduction, laser marking, and magnetic detection. We can also provide nano-plastics, spraying-free plastics and special coloring services. And NFD will continue to honor our words by creating values for our customers with unique products and services.

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NFD Company provides large numbers of engineering plastic types and also mature material modification technologies which can meet the applications requiring properties. You can quickly find the materials that meet your product's capabilities here. Our fast delivery mechanism can make your creative ideas quickly become a reality.

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