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Rubber Roller

Name: Rubber Roller
Brand: Nandal PU Industries
Price: 10000.0 INR
Availability: InStock

Price 10000.0 INR/ Unit

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MOQ : 1 Unit

Rubber Roller Specification

Load Capacity
Up to 2000 kg depending on dimensions

Weight
Varies as per Size and Material (Typically 2 kg to 60 kg)

Method
Molded or Extruded and Machined

Coating
Rubber Coated

Hardness
Shore A 30-100

Machine Type
Printing & Textile Machinery Compatible

Size
Customizable (Standard diameters typically range from 25 mm to 500 mm, lengths up to 3500 mm)

Accuracy
High precision, 0.05 mm

Shape
Cylindrical

Type
Rubber Roller

Material
High-Grade Rubber with Steel/Aluminium Core

Tolerance
0.05 mm

Surface
Smooth, Polished

Use
Industrial Material Handling, Printing, Textile Applications

Application
Printing Machines, Textile Processing, Laminating Machines

Usage & Applications
Printing, Textile, Paper, Lamination, Conveyor Systems

Bonding
Strong adhesive bonding of rubber to metal core

Lifespan
Long service life under normal industrial applications

Color
Black or As Required

Customization
Available for Diameter, Length, Hardness, and Material

Working Temperature
-20C to +120C

Rubber Type
Natural Rubber, Nitrile, EPDM, Silicone, Neoprene, as per requirement

End Finish
Metallic, Threaded, or Plain Ends as required

Core Material
Steel, Alloy, or Aluminium Core

Chemical Resistance
Good resistance to oils, solvents, and chemicals

Maintenance
Minimal, Easy to Clean

Rubber Roller Trade Information

Minimum Order Quantity
1 Unit

Delivery Time
5-7 Days

Rubber Roller About

A rubber roller is an industrial component consisting of a metallic core (steel, aluminum, or iron) covered by a, synthetic, or natural elastomer coating, designed to provide grip, pressure, and, in some cases, cushioning. These rollers, such as EPDM, silicone, or neoprene, offer high abrasion resistance and, , are widely used in printing, packaging, textile, and food processing industries for handling, coating, and, conveying materials.

Key Components and Characteristics

Core: The inner shaft is typically made of steel, iron, or aluminum.
Outer Cover: The outer layer is made from various elastomeric compounds (e.g., polyurethane, silicone, EPDM, nitrile) selected for specific hardness and chemical resistance.
Structure: Comprises the shaft, bonding layer, and the functional rubber cover.
Performance Metrics: High friction, shock absorption, and durability against wear and tear.

Common Applications

Printing & Packaging: Ink transfer and laminating.
Textile Industry: Dyeing, squeezing, and guiding fabrics.
Material Processing: Conveying and squeezing materials.
Food Processing: Moving food products along production lines, often utilizing food-grade, non-toxic materials.

Types of Rubber Rollers

Nip/Pressure Rollers: Apply pressure to materials.
Guide Rollers: Direct materials in a machine.
Coating Rollers: Apply adhesives or coatings.
Specialized Rollers: Includes bow rollers, scroll rollers, and ebonite rollers.

Rubber rollers are customized by size, hardness, and chemical resistance to meet specific operational requirements.

Versatile Customization for Every Industry

Our Rubber Rollers cater to the unique requirements of printing, textile, paper, and lamination sectors. With customizable diameter, length, material, and hardness, they seamlessly integrate with a variety of industrial machines-whether for new equipment or retrofitting. From smooth to polished or specialized surfaces, our rollers accommodate both standard and bespoke specifications, maximizing performance and compatibility.

Engineered for Durability and Performance

Each roller is manufactured with precision-engineered bonding between the rubber layer and a robust metal core, ensuring strong adhesion and extended lifespan under continuous industrial use. With a broad temperature range (-20C to +120C) and exceptional resistance to oils, solvents, and harsh chemicals, our rollers maintain optimal function and integrity, even in rigorous operating conditions.

FAQ's of Rubber Roller:

Q: How are your rubber rollers customized to meet specific industrial needs?

A: We provide full customization on diameter, length, hardness (Shore A 30-100), rubber material (Natural Rubber, Nitrile, EPDM, Silicone, Neoprene), end finish (metallic, threaded, plain), and even the core material. This ensures seamless integration with your machine and process requirements.

Q: What applications are these rubber rollers suitable for?

A: Our rollers are designed for industrial material handling, printing machines, textile processing equipment, laminating machines, paper manufacturing, and conveyor systems-making them ideal for printing, textile, and related industries.

Q: When is maintenance typically required for these rollers?

A: These rollers require minimal maintenance due to their robust construction and easy-to-clean surfaces. Regular inspection for wear and cleaning is generally sufficient for maximized lifespan, with comprehensive servicing only as needed under normal industrial conditions.

Q: Where can these rubber rollers be installed?

A: The rollers are compatible with a wide range of machines, including printing presses, textile machinery, laminators, and conveyor systems, and are supplied to manufacturers and processing plants worldwide.

Q: What is involved in the production process of your rubber rollers?

A: We use molded or extruded techniques, followed by precision machining. The rubber is strongly bonded to the metal core and surfaced to your specifications (smooth, polished, or specialized textures) with 0.05 mm tolerance for high accuracy.

Q: How do these rubber rollers benefit industrial operations?

A: Their excellent chemical resistance, high load capacity (up to 2000 kg), customizable design, and long service life result in reduced downtime, consistent product quality, and lower total cost of ownership.

Q: What distinguishes your rubber rollers in terms of quality and durability?

A: We use only high-grade rubber bonded to steel, alloy, or aluminium cores with advanced adhesive processes, ensuring superior resilience to chemicals, temperature variations, and mechanical stress for prolonged operational performance.

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