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EV Charging gun parts

Name: EV Charging gun parts
Brand: P.R INDUSTRIES
Price: 80.0 INR
Availability: InStock

Price 80.0 INR/ Piece

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MOQ : 5000 Pieces

EV Charging gun parts Specification

Rubber Type
Ethylene Propylene Diene Monomer (EPDM) or Thermoplastic Vulcanizate (TPV).

Hardness
Shore A 60-70 (rubber based material).

Size
Standard to customized EV connector sizes.

Thickness
2-5 mm depending on section.

Material
EPDM FR and silicone

Natural Rubber
No, uses synthetic/engineering plastics or elastomers.

Usage & Applications
Used as protective and connecting components in electric vehicle (EV) charging guns and connectors.

Compression Ratio
Optimized for reliable sealing of cable entry to gun body.

Length
150-200 mm overall, based on design.

Width
Customizable as per design specification.

Resistance level
High resistance to electric arc and environmental factors.

Product Type
EV Charging Gun Parts/Components.

Thermal Conductivity
Low (excellent insulation properties).

Density
1.2 Gram per cubic centimeter(g/cm3)

Nitrogen Content (%)
N/A (Not applicable for this product).

Water Absorption
<0.1% (for high durability and insulation).

Tensile Strength
12-18 MPa (typical for engineering rubber materials).

Tolerance
0.05 mm (precision molded parts).

Surface Finish
Matte, non-slip surface, smooth inner bore.

Feature
Dust proof, waterproof, durable, flexible, weather resistant.

Ash %
N/A (Typically not relevant for rubber/plastic electrical components).

Style
Molded, custom fit for charging devices.

Color
black

Part Type
Connector cover, cable entry seal, EV charging gun shell.

Flame Resistance Level
UL94 V-0 (Flame Retardant Grade).

Weight
Approx. 25-40 grams per assembly.

Components
Protective cap, flexible tether, integrated cable seal.

Volatile Matter (%)
<1% (Standard for molded rubber).

Diameter
12 mm (wire entry), 38 mm (cover opening) - customizable.

Temperature Resistance
-40C to 125C.

Ozone Resistance
Excellent, prevents surface cracking.

Manufacturing Process
Injection molding for precision and repeatability.

Operating Life
>20,000 mating cycles.

RoHS Compliance
Yes, free from hazardous substances.

Chemical Resistance
Resistant to common automotive fluids and cleaning agents.

Electrical Insulation
>10^12 (excellent dielectric properties).

Packing Type
Bulk/Individual polybags or as per client requirement.

Recyclability
Material is recyclable according to local regulations.

UV Resistance
Yes, rated for outdoor use, UV stabilized.

Custom Branding
Possible (logo/molded marks on cover/handle).

Ingress Protection
IP67 level sealing when properly assembled.

EV Charging gun parts About

EV Charging Gun Rubber Parts Silicone & EPDM FR Grade

We manufacture high-quality rubber components for EV charging guns, including Charging Gun Cap and Charging Gun Back Rubber, designed for reliable performance and long-term durability in EV charging applications.

Charging Gun Cap: Manufactured from premium Silicone Rubber, offering excellent flexibility, weather resistance, temperature resistance, and durability.

Charging Gun Back Rubber: Manufactured from EPDM FR (Flame Retardant) Grade, providing excellent resistance to heat, ozone, weathering, and environmental conditions.

Suitable for EV charging guns and charging connectors

Customized as per customer drawing, sample, and specifications

Consistent dimensional accuracy and quality

Suitable for demanding EV, electrical and outdoor applications

Available in customized sizes, hardness and material specifications

PR Industries specializes in manufacturing customized silicone, EPDM and other rubber components for EV charging applications, with a focus on quality, reliability and consistent production.

Materials: Silicone Rubber | EPDM FR Grade

Applications: EV Charging Guns | EV Chargers | Charging Connectors

Outstanding Electrical Insulation and Environmental Protection

Our EV charging gun parts deliver superior insulation and robust protection against electrical hazards and environmental threats. Their excellent dielectric properties, coupled with UV and ozone resistance, make them ideal for continuous outdoor deployment without degradation or surface cracking.

Engineered for Durability and Versatility

Produced through precision injection molding, these components ensure tight tolerances (0.05 mm) and maintain structural integrity over 20,000 mating cycles. Custom branding and sizing are available, supporting diverse application needs and visual branding requirements in EV charging technology.

Safe, Compliant, and Eco-Friendly

All materials used are RoHS compliant, flame-retardant (UL94 V-0), and recyclable in accordance with local environmental guidelines. With low water absorption and high chemical resistance, they enhance the safety profile and sustainability of your EV charging infrastructure.

FAQ's of EV Charging gun parts:

Q: How do these EV charging gun parts provide superior electrical insulation?

A: The charging gun parts use EPDM FR and silicone materials, achieving electrical insulation values over 10^12 ohm-cm. This excellent dielectric property helps prevent electrical leakage and enhances user safety even in demanding conditions.

Q: What features ensure these parts can be used outdoors for long durations?

A: These components are designed with IP67-rated sealing for effective protection against dust and water. In addition, UV and ozone stabilized materials prevent cracking or degradation, ensuring reliable outdoor performance over years of service.

Q: When is it necessary to choose custom sizes or branding for these EV charging gun parts?

A: Custom sizes and branding are beneficial for matching specific EV charging connector designs or for promotional visibility. Customization options include logo placement, molded marks, and fitment to meet unique technical requirements.

Q: Where can these charging gun parts be used?

A: They are suitable for use as connector covers, cable entry seals, and protective shells in electric vehicle charging stations, both public and private, thanks to their outdoor-rated durability and high resistance to environmental stressors.

Q: What is the manufacturing process for these parts, and how does it benefit quality?

A: Injection molding is employed for producing these parts, resulting in precise tolerances, consistent quality, and the ability to create custom shapes. This process ensures a perfect fit, reliable sealing, and high repeatability.

Q: How does the product contribute to electrical and fire safety?

A: With flame retardant properties rated UL94 V-0 and high resistance to electric arcing, these parts significantly reduce fire hazards and electrical risks when used in EV charging installations.

Q: What advantages does the material composition provide in terms of chemical and thermal resistance?

A: The use of EPDM or TPV ensures resistance to automotive fluids, oils, and cleaning agents while maintaining flexibility. Additionally, the components withstand temperatures from -40C to 125C, making them suitable for varying climatic conditions.

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