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MINERVA RUBBER & ENGINEERING WORKS
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Metal To Rubber

Metal To Rubber

Name: Metal To Rubber
Brand: MINERVA RUBBER & ENGINEERING WORKS

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MOQ : 2500 Pieces

Metal To Rubber Specification

Weight
Varies by size and material

Feature
High adhesion, durable bonding, and resistance to impact and vibration

Product Type
Metal To Rubber Bonded Component

Volatile Matter (%)
< 2.0%

Style
Molded and bonded construction

Thickness
3 mm to 50 mm

Ash %
< 1.5%

Surface Finish
Smooth, polished, or as specified

Tolerance
0.02 mm

Density
1.3 Gram per cubic centimeter(g/cm3)

Resistance level
Excellent to weather, oil, chemicals

Usage & Applications
Bonding metal components to rubber for industrial sealing, vibration absorption, machinery, automotive parts, and shock mounts

Material
Natural rubber, synthetic rubber, mild steel, stainless steel

Color
Black / Custom

Nitrogen Content (%)
< 0.4%

Hardness
40-80 Shore A

Flame Resistance Level
Optional flame retardant grades

Diameter
10 mm - 300 mm

Components
Metal substrate, rubber layer

Tensile Strength
15-22 MPa

Thermal Conductivity
< 0.15 W/mK

Size
Available in standard and custom sizes

Width
Customizable as per requirement

Part Type
Bonded assembly

Length
Up to 1000 mm

Compression Ratio
Up to 15%

Water Absorption
Low

Temperature Resistance
-40C to +120C

Natural Rubber
Available on request

Rubber Type
Natural, Neoprene, EPDM, Nitrile

Custom Printing
Available

Ageing Resistance
Excellent

Processing Technology
Injection and compression molding

Manufacturing Origin
India

Storage Recommendations
Store dry and cool; away from direct sunlight

Shape Options
Round, rectangular, custom

Noise Damping Capability
Superior

Regulatory Compliance
RoHS, REACH upon request

Bonding Method
Chemical adhesive and vulcanization

Corrosion Resistance
High for metal

UV Stability
Good

Shock Absorption
High

Metal To Rubber Trade Information

Minimum Order Quantity
2500 Pieces

Main Domestic Market
South India, Maharashtra, Gujarat

About Metal To Rubber

Joining Rubber To Metal is a very conventional method which is followed in different manufacturing works. This technique which is used to develop bonded rubber acts as an excellent acoustic insulation medium in instrumentation engineering arena, in construction industry and during production of automotive parts. Both metal and rubber possess separate attributes. Therefore, the combined characteristics of rubber and metal produces advanced quality sealing part with compact shape, exceptional sealing capacity, outstanding shock absorption ability and high strength.

The bonding process of rubber and metal involves utilization of three basic elements that include bonding agent, rubber and metal.

The Rubber To Metal connecting procedure is executed by applying bonding agents onto metal in spray form and by placing the sprayed metal substrate on untreated rubber. The bonding process is complete after curing of rubber.

State of the art manufacturing technique is adopted by MREW for successful implementation of all the stages of this method.

Superior Bonding Technology

Utilizing advanced chemical adhesives and vulcanization, our Metal to Rubber bonding ensures a secure, high-performance bond ideal for demanding industrial environments. These methods provide a resilient interface between metal and rubber, resulting in products that endure intense shocks, vibrations, and environmental exposures, while maintaining lasting integrity.

Customization & Versatility

Choose from round, rectangular, or fully custom shapes, with standard or bespoke dimensions to fit your application. Our assemblies can be produced from a variety of materials, including natural and synthetic rubbers as well as mild or stainless steel, to match the needed resistance and mechanical properties for optimal use.

Compliance & Quality Commitment

Manufactured in India under stringent quality controls, our products comply with RoHS and REACH upon request. They display low water absorption, excellent thermal properties, and offer options for flame retardancy. The surface finish, color, and printing can all be adapted to your specifications for precise integration.

FAQs of Metal To Rubber:

Q: How are metal to rubber bonded assemblies produced?

A: Metal to rubber bonded assemblies are produced using chemical adhesives and vulcanization, combined with either injection or compression molding. This process creates a strong, durable bond between the metal substrate and rubber layer, ensuring excellent mechanical properties.

Q: What are the main benefits of using metal to rubber bonded parts?

A: These parts offer superior noise damping, high shock absorption, impressive corrosion and ageing resistance, and reliable performance in harsh conditions. Their customizable shapes and resistance to chemicals, oils, and weather make them ideal for demanding industrial and automotive applications.

Q: When should I use a metal to rubber bonded assembly?

A: Such assemblies are recommended when reliable vibration absorption, sealing, or impact resistance is essential. They excel in machinery, automotive systems, shock mounts, and where environmental durability is a priority.

Q: Where are metal to rubber bonded assemblies typically applied?

A: They are widely used in industrial sealing, automotive parts, machinery components, and vibration or noise control systems. These assemblies can be found wherever metal and rubber need to function together under stress or environmental exposure.

Q: What customization options are available for these assemblies?

A: You can customize the shape, size (diameter, width, length, thickness), material (natural or synthetic rubbers, various metals), hardness (40-80 Shore A), surface finish, and even request custom printing. Regulatory compliance and flame retardant grades can also be specified.

Q: How should I store metal to rubber bonded products to maintain quality?

A: Store these products in a dry, cool environment away from direct sunlight to ensure optimal longevity and performance.

Q: What quality standards and regulatory compliances are met?

A: Assemblies can be manufactured to meet RoHS and REACH requirements upon request, with manufacturing adhering to strict quality standards in India to assure consistent product performance.