BUFFING POLISHIN WHEELS

Name: BUFFING POLISHIN WHEELS
Brand: Goldcoin Abrasive Wheels
Price: 234.0 INR
Availability: InStock

BUFFING POLISHIN WHEELS Specification

Shape
Round

Hardness
HARD

Grain Type
Silicon

Bonding
Resin Bond

Usage
Industrial & Commercial

Material
Rubber

Size
Standard

Height
2 Inch (in)

Product Type
Polishing Wheel

Weight
600 Grams (g)

Color
Black

BUFFING POLISHIN WHEELS Trade Information

Minimum Order Quantity
20 Pieces

FOB Port
MUNDRA

Supply Ability
1500 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 BUFFING POLISHIN WHEELS

A ARMOURXpolishing 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.

Durable Material Composition

Each buffing polishing wheel is made from rubber with a silicon grain type and reinforced with a resin bond. This composition ensures exceptional hardness, durability, and consistent results across repeated use. The tough rubber and silicon blend delivers an optimal balance between abrasion and longevity, making these wheels a reliable choice for demanding projects.

Tailored for Industrial & Commercial Use

Manufactured with industry standards in mind, these wheels are suitable for both industrial and commercial applications. Whether youre polishing metal, refining surfaces, or conducting heavy-duty finishing work, the hard texture and robust bonding guarantee effective outcomes, even during prolonged use.

FAQs of BUFFING POLISHIN WHEELS:

Q: How do I use buffing polishing wheels made of hard rubber and silicon grain?

A: To use these wheels, securely mount them on your compatible polishing machine, ensuring the round shape is properly aligned. Begin at a low speed and increase as necessary for your industrial or commercial task, keeping the wheel perpendicular to the surface. Their hardness and silicon grain composition deliver efficient material removal and smooth surface finishes.

Q: What are the main benefits of using a silicon grain, resin-bonded buffing wheel?

A: The primary advantages include high durability, effective abrasion, and a uniform finish on a variety of materials. The resin bond maximizes structural integrity, while the silicon grain ensures consistent cutting action, making the wheels excellent for both initial polishing and final buffing stages.

Q: When should I replace my buffing polishing wheel?

A: Replace the wheel when you observe excessive wear, loss of hardness, diminished performance, or noticeable changes in shape. Regular inspection after each use is recommended, particularly in demanding industrial or commercial environments, to maintain safety and performance.

Q: Where can these buffing polishing wheels be used?

A: These wheels are ideal for use in factories, workshops, fabrication facilities, and any industrial or commercial setting requiring efficient polishing and finishing. Their robust build and size make them a versatile choice across various industries in India.

Q: What is the process involved in manufacturing these buffing wheels?

A: The wheels are produced using a precise molding process, blending high-quality rubber and silicon grain, which is then bonded with industrial-grade resin. This combination is cured under controlled conditions to achieve the required hardness and durability, resulting in a wheel suitable for heavy-duty applications.

Q: How does the hardness of these wheels impact their usage?

A: The hard grade of these wheels enables them to maintain shape under pressure and resist deformation during intensive polishing. This ensures consistent, high-quality results even during prolonged or high-frequency use, making them particularly beneficial for demanding industrial tasks.