CL Card Rubber

Name: CL Card Rubber
Brand: BHAIRAV ELECTRONICS
Price: 3 INR
Availability: InStock

Price 3 INR/ Piece

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MOQ : 1000 Pieces

CL Card Rubber Specification

Components
Rubber material

Usage
Carding machine spare part

Features
Durable, flexible, high wear resistance

Thermal Conductivity
Low

Power Source
Manual

Operating Temperature
-10°C to 80°C

Product Type
Carding Machine Rubber

Application
Industrial, Textile machinery

Size
Custom/Standard (varies by machine model)

Dimension (L*W*H)
15 x 5 x 1 cm (Approx.)

Function
Used in textile industry machinery as a component for carding machines

Color
Black

Weight
Approx. 200-300g per piece

Thickness
8-10 mm

Material
Synthetic Rubber

Elongation at Break
Above 200%

Hardness
65-75 Shore A

Tensile Strength
Good

CL Card Rubber Trade Information

Minimum Order Quantity
1000 Pieces

Delivery Time
7-10 Days

About CL Card Rubber

Experience stellar value and gain exclusive access to the incomparably durable CL Card Rubbercrafted from high-grade synthetic rubber. Designed with a hardness of 65-75 Shore A and boasting above 200% elongation at break, this crowning component delivers exceptional wear resistance and flexibility. With good tensile strength and low thermal conductivity, it excels as an indispensable spare part for textile carding machines. Precision-engineered in customizable dimensions and available from Indias premier supplier, the CL Card Rubber promises unrivaled performance and longevity.

Key Commercial Applications and Standout Features

CL Card Rubber is an essential component used in carding machines across textile manufacturing units and industrial settings. Its robust synthetic rubber build, remarkable wear resistance, and flexibility ensure peak machine performance and longevity. Compatible with various machine models, it adapts to standard and custom requirements. Ideal for textile industries, it provides lasting protection to machinery, minimizes downtime, and enhances productivity with its durable construction and high elongation property.

Packaging, Certifications, and Sample Availability

Packaging of CL Card Rubber is executed meticulously to safeguard each piece during transit, reducing unnecessary expenditure on replacements. Clients may request a sample to estimate suitability before placing a purchase order. The product meets all relevant quality certifications, ensuring reliability and trust. Transparent documentation and prompt dispatch uphold client satisfaction. If you require additional certifications or documentation for official purchase processes, dedicated support is provided by the supplier network.

FAQs of CL Card Rubber:

Q: How is the CL Card Rubber used in textile machinery?

A: The CL Card Rubber serves as a spare part for carding machines in the textile industry, providing wear resistance and flexibility, which enhances the machines carding process and contributes to smooth textile operations.

Q: What benefits does the CL Card Rubber offer for industrial applications?

A: This rubber component boasts stellar durability, high tensile strength, and flexibility, making it ideal for demanding industrial environments. Its longevity reduces machine downtime and overall maintenance costs.

Q: Where is the CL Card Rubber most commonly applied?

A: It is most commonly applied in carding machines within textile factories, where it acts as a key spare part ensuring efficient operation and protection of machine components.

Q: When should the CL Card Rubber be replaced?

A: Replacement is advised once there are visible signs of wear or when the machines performance drops, ensuring consistent protection and optimal textile production.

Q: What is the process for ordering CL Card Rubber?

A: Customers can request a sample to estimate compatibility, and upon satisfaction, proceed with a purchase order through the supplier, distributor, or exporter network in India.

Q: How does the products low thermal conductivity benefit its usage?

A: Low thermal conductivity ensures that the CL Card Rubber remains stable even during temperature variations, preventing heat-related damage in high-speed textile operations.

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