Silicon Carbide Non-Woven Wheels

Silicon Carbide Non-Woven Wheels Specification

Bonding
Resin Bond

Grain Type
Silicon

Color
BLACK & MAROON

Weight
650 Grams (g)

Product Type
POLISHING WHEEL

Height
2 Inch (in)

Hardness
HARD

Grain Sizes
180

Silicon Carbide Non-Woven Wheels Trade Information

Minimum Order Quantity
21 Pieces

FOB Port
MUNDRA

Payment Terms
Cash Against Delivery (CAD), Cash on Delivery (COD), Cash Advance (CA), Cash in Advance (CID), Cheque, Telegraphic Transfer (T/T)

Supply Ability
2000 Pieces Per Day

Delivery Time
7 Days

Sample Available
Yes

Sample Policy
Free samples are available

Packaging Details
Box Packing

Main Export Market(s)
Asia

Main Domestic Market
All India

About Silicon Carbide Non-Woven Wheels

A ARMOURX polishing wheel is a specialized abrasive tool designed for surface finishing and polishing applications. It consists of synthetic fibers (usually nylon or polyester) that are impregnated with abrasive materials such as aluminum oxide or silicon carbide. These fibers are bonded together in a non-woven matrix, creating a flexible, durable, and resilient structure.

Advanced Resin Bond Technology

Our silicon carbide non-woven wheels are constructed with high-quality resin bonds, ensuring extended lifespan and maintaining wheel integrity even during intensive use. The sturdy resin bonding enables effective abrasive action while reducing the risk of breakage or uneven wear during operation.

Precision-Crafted for Industrial Use

With a height of 2 inches, each wheel is engineered for compatibility with an array of machinery used in industrial settings. Their hard grade, consistent 180-grit texture, and optimum weight allow for precise surface preparation, blending, and cleaning across different metallic and non-metallic substrates.

Color-Coded for Easy Identification

The black and maroon variants provide quick visual identification for users, allowing seamless workflow management when switching between wheels with different properties or applications. This results in efficient inventory control and hassle-free handling for workshop professionals and traders.

FAQs of Silicon Carbide Non-Woven Wheels:

Q: How are Silicon Carbide Non-Woven Wheels used in surface finishing?

A: Silicon Carbide Non-Woven Wheels are used by attaching them to compatible machines and applying them to the work surface. Their 180-grit, hard composition is ideal for deburring, cleaning, and preparing metal surfaces, delivering uniform finishing results without altering the workpieces dimensions.

Q: What advantages does the resin bond provide in these wheels?

A: The resin bond delivers enhanced durability and holds silicon carbide grains securely in place, allowing the wheel to withstand high-pressure operations. This not only extends the wheels life but also supports consistent abrasive performance throughout its usage.

Q: When should I select a 180-grain, hard non-woven wheel for my application?

A: A 180-grain, hard non-woven wheel is best used when you require medium-fine surface finishing, aggressive cleaning, or preparation tasks on metals or hard materials. Its grit and hardness are especially suitable for applications demanding precise, controlled material removal.

Q: Where are these Silicon Carbide Non-Woven Wheels commonly supplied within India?

A: These wheels are widely distributed to industrial hubs, manufacturing units, and trading companies across major Indian cities and states, serving various sectors such as automotive, metalworking, fabrication, and general engineering.

Q: What process is followed in manufacturing these non-woven wheels?

A: Production involves embedding silicon carbide grains into a non-woven nylon web, followed by bonding with high-strength resin. The wheels are then cut and shaped to the required 2-inch height, ensuring uniform density, hardness, and grit distribution.

Q: What are the primary benefits of using silicon carbide as the abrasive grain?

A: Silicon carbide offers sharp cutting action, high thermal conductivity, and superior durability compared to conventional abrasives. This enables faster material removal, cooler operation, and longer wheel lifespan, ultimately reducing operational costs.

Tell us about your requirement