Pawan Machineries Pvt. Ltd.
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Grooved Rubber Sole Plate

Grooved Rubber Sole Plate Specification

Usage & Applications
Industrial

Material
Rubber

Hardness
85 Shore A

Thickness
10 Millimeter (mm)

Color
Black

Natural Rubber
Yes

Power Factor
>0.9

Beam Angle
120°

Ingress Protection
IP20

Working Temperature
-10°C to +45°C

Lifespan
30,000 hours

Light Source
SMD LED

Mounting Type
Wall/Surface Mount

Luminous Flux
1200 Lumens

Energy Efficiency
A+

Application
Indoor Lighting

Operating Mode
Manual & Remote

Dimming Function
Yes, via remote

CRI (Color Rendering Index)
>80

Grooved Rubber Sole Plate Trade Information

Minimum Order Quantity
1000 Number

Payment Terms
Cash Advance (CA)

Supply Ability
10000 Per Week

Delivery Time
1 Week

Sample Available
No

Main Domestic Market
All India

About Grooved Rubber Sole Plate

A Grooved Rubber Pad is a type of vibration-dampening pad used in various applications.

Key Features

- Grooved design: The grooved surface helps to reduce vibration and noise by allowing for compression and movement.

- Rubber material: The rubber composition provides elasticity, durability, and resistance to wear and tear.

- Load-bearing capacity: Grooved Rubber Pads are designed to support heavy loads while maintaining their vibration-dampening properties.

Applications

- Railway infrastructure: Used under rails or sleepers to reduce vibration and noise.

- Industrial machinery: Used to isolate machinery from foundations, reducing vibration and noise.

- Construction: Used in building foundations, bridges, or other structures to reduce vibration and improve stability.

Benefits

- Vibration reduction: Grooved Rubber Pads help to minimize vibration, reducing noise and improving overall system performance.

- Increased durability: By reducing vibration and stress, these pads can help extend the lifespan of surrounding structures.

High Durability and Performance

Engineered with 85 Shore A hardness, our Grooved Rubber Sole Plate withstands significant pressure and wear, making it perfect for demanding industrial environments. The natural rubber composition ensures resilience and longevity, even with continuous use.

Precision Groove Design for Enhanced Grip

The plate features a precisely grooved surface that increases traction and reduces slippage. This design makes it particularly effective for machinery bases, workstations, and equipment foundations, promoting operational safety and stability at your facility.

FAQ's of Grooved Rubber Sole Plate:

Q: How is the Grooved Rubber Sole Plate typically installed in industrial settings?

A: The plate can be easily installed by aligning it beneath machinery or equipment bases, ensuring the grooved side faces down for optimal grip. It may be fixed using adhesives or mechanical fasteners, depending on the application's requirements.

Q: What benefits does the natural rubber material provide for this sole plate?

A: Natural rubber offers excellent elasticity, high resistance to abrasion, and a non-slip surface. These properties extend the lifespan of the plate and improve safety by minimizing movement and vibration under industrial equipment.

Q: When should this 85 Shore A hardness sole plate be used over softer alternatives?

A: This plate is ideal when superior durability and resistance to compression are needed. It outperforms softer plates in environments with frequent heavy loads, providing greater stability and longer service life.

Q: Where can the Grooved Rubber Sole Plate be applied in an industrial facility?

A: It is commonly used beneath heavy machinery, conveyor systems, assembly lines, and at loading/unloading points in factories to protect floors, reduce noise, and enhance grip.

Q: What is the typical process for manufacturing this rubber sole plate?

A: The plate is produced by molding natural rubber compounds to the required 10mm thickness and hardness specifications, then precision-cut to size and grooves formed for effective traction.

Q: How does the grooved design benefit industrial usage?

A: The grooves channel away debris and liquids, helping to maintain traction and safety. They also provide flexibility that aids absorption of shock and vibration, thus protecting both equipment and flooring.

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