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High-Performance Rubber Based Adhesives for Strong and Durable Bonds

Super Bond’s rubber based adhesives are designed to deliver unmatched flexibility, high durability, and superior bonding performance tailored for the automotive, footwear, furniture, and manufacturing sectors.

Worker pouring thick rubber-based adhesive from a metal container onto a surface for industrial bonding.

About Rubber Based Adhesives

High-viscosity rubber-based adhesive being poured, creating golden swirls and ripples—used in industrial and commercial bonding applications. Let me know if you need a blog introduction or accompanying SEO-friendly text as w

Rubber based adhesives are versatile bonding agents formulated with rubber as the primary component, engineered to deliver exceptional adhesion across diverse substrates. These specialized adhesives excel at bonding rubber, metal, plastic, fabric, and numerous other materials, making them indispensable across multiple industries.

Superbond’s rubber based adhesives are prepared through a precise manufacturing process involving the dissolution of natural rubber in organic solvents such as toluene, hexane, or heptane. The rubber based glue formulation is then enhanced by incorporating compounding additives, including tackifier resins and softening agents, which optimise performance characteristics.

Balanced Composition for Reliable Bonding

Formulation Composition of Rubber Based Adhesive

The rubber-based adhesive formulation is carefully balanced to deliver excellent bonding strength, flexibility, and durability. Each component in the formulation plays a vital role — from providing elasticity to improving workability and long-term performance.

Key Components Explained:

How Rubber Based Adhesives Works

Rubber based adhesives work through contact bonding, a process where a thin adhesive film is applied to both surfaces to be joined, allowed to dry until tacky, and then pressed together. Once the surfaces meet, the rubber polymers instantly form a strong, flexible bond without additional curing or heat.

Step-by-Step Working Process:

  1. Surface Cleaning and Preparation
    Clean both surfaces with isopropyl alcohol or suitable solvents to remove contaminants, then lightly abrade smooth areas to increase surface grip and ensure stronger bonding.
  2. Adhesive Application
    Use a brush, roller, or spray to apply a thin, uniform layer of adhesive to both surfaces, ensuring complete coverage without excessive buildup.
  3. Drying Time
    Allow the adhesive to dry for 10-20 minutes until it becomes tacky but no longer wet, as this “open time” is critical for proper bonding activation.
  4. Surface Assembly
    Carefully position the two surfaces together as contact adhesives bond instantly on touch with no repositioning possible, then apply firm, uniform pressure across the entire area.
  5. Final Curing
    Let the bonded assembly cure for at least 24-72 hours at room temperature before subjecting it to stress or load for maximum bond strength and durability.

Why Choose Our Rubber Based Adhesives

Applications

Rubber to Metal Bonding

Durable rubber-to-metal bonds used across automotive, industrial, and aerospace applications offering strength, vibration isolation, and shock absorption in components from engine mounts to bridge bearings.

Rubber to Rubber Bonding

Bond diverse rubbers like natural, nitrile, neoprene, EPDM, and silicone for automotive, industrial, and construction uses, providing flexible, durable, and chemical-resistant bonds that endure heat and movement.

Rubber to Plastic Bonding

ChatGPT said:

Bond rubber to plastics like polyethylene, polypropylene, PVC, and polyester, serving electronics and automotive industries for components such as seals, dashboards, and panels requiring moisture protection and impact resistance.

Foam and Leather Bonding

Bond foam to leather and rubber for applications in furniture, automotive seating, footwear, and accessories like handbags and belts, delivering durable, flexible, and waterproof bonds that withstand stress without cracking or peeling.

mattress adhesive manufacturing

Rubber to Fabric Bonding

Bond rubber to textiles like nylon, polyester, cotton, and aramid for industrial uses such as reinforced hoses, conveyor belts, and protective fabrics, as well as in footwear, gloves, seals, and marine applications.

General Repair and Maintenance

Provides quick, durable fixes for sealing gaskets, patching hoses, weatherstripping, and repairing conveyor belts or rubber linings with strong heat and water resistance.

Rubber to Metal Bonding

Durable rubber-to-metal bonds used across automotive, industrial, and aerospace applications offering strength, vibration isolation, and shock absorption in components from engine mounts to bridge bearings.

Rubber to Rubber Bonding

Bond diverse rubbers like natural, nitrile, neoprene, EPDM, and silicone for automotive, industrial, and construction uses, providing flexible, durable, and chemical-resistant bonds that endure heat and movement.

Rubber to Plastic Bonding

ChatGPT said:

Bond rubber to plastics like polyethylene, polypropylene, PVC, and polyester, serving electronics and automotive industries for components such as seals, dashboards, and panels requiring moisture protection and impact resistance.

Foam and Leather Bonding

Bond foam to leather and rubber for applications in furniture, automotive seating, footwear, and accessories like handbags and belts, delivering durable, flexible, and waterproof bonds that withstand stress without cracking or peeling.

mattress adhesive manufacturing

Rubber to Fabric Bonding

Bond rubber to textiles like nylon, polyester, cotton, and aramid for industrial uses such as reinforced hoses, conveyor belts, and protective fabrics, as well as in footwear, gloves, seals, and marine applications.

General Repair and Maintenance

Provides quick, durable fixes for sealing gaskets, patching hoses, weatherstripping, and repairing conveyor belts or rubber linings with strong heat and water resistance.

Make Every Bond Last — Choose Superbond Today!

How to Apply Rubber Based Adhesives

Surface Preparation

Clean and dry both surfaces to remove dust, oil, or grease.

Apply Adhesive

Brush or spread a uniform layer of SuperBond Rubber Adhesive on both surfaces.

Air Dry

Allow solvent to evaporate for 5–10 minutes (tacky feel).

Bonding

Press both surfaces firmly together ensuring full contact.

Curing

Let it set at room temperature for strong, flexible bonding.

Technical Specifications

Base

Synthetic Rubber & Resin Blend

Appearance

 Viscous Liquid (Amber / Pale Yellow)

Shelf Life

12 Months (in sealed container)

Specific Gravity

0.85 – 0.90 g/cm³

Viscosity

 Medium (Brushable / Spreadable)

Tack Retention Time

10 – 15 Minutes

Bond Strength

Excellent (Rubber–Rubber / Rubber–Metal)

Curing Method

 Room Temperature Vulcanizing (RTV)

Temperature Resistance

 -20°C to +80°C

Water & Chemical Resistance

 High

Why Choose US ?

SuperBond rubber based adhesives provide outstanding initial tack, long-lasting flexibility, and fast drying, ensuring reliable performance across rubber, metal, plastic, and leather applications. SuperBond sets itself apart with 50+ years of expertise, ISO-certified manufacturing, stringent quality checks, technical support, and a global customer base across the Middle East, East Asia, Africa, and the Indian subcontinent.​

Choose SuperBond for:

Meet Our Clients

FAQs

 A synthetic rubber based adhesive is formulated using natural or synthetic rubber as the main polymer, combined with additives and tackifiers to create a flexible, high-tack, durable bond suitable for dynamic and industrial applications.

These adhesives develop initial tack within a few minutes, gain handling strength in under an hour, and reach full cure in 24–48 hours, depending on substrate and ambient conditions.

Store in a cool, dry place, away from direct sunlight and heat. Keep containers tightly sealed. Ensure good ventilation during application and use protective equipment like gloves and eyewear.

Super Bond rubber based adhesives use organic solvents, typically toluene, hexane, or heptane, which dissolve the rubber polymer and evaporate as the adhesive cures.

The adhesive is prepared by dissolving rubber in a solvent and blending with tackifiers, plasticisers, and stabilisers. Apply a thin, uniform layer to surfaces, wait until tacky, then press the substrates together under firm pressure.

It contains a blend of synthetic or natural rubber, tackifiers for strong initial grip, plasticisers for flexibility, solvents as carriers, fillers for consistency, and stabilisers for durability and shelf life.

Super Bond’s SR series (e.g., SR4X, SR5X) are optimized for rubber-to-rubber applications like sheets, hoses, and seals, ensuring flexible, strong bonds under dynamic conditions.

 

They bond rubber, metals (steel, aluminium), plastics, wood, laminates, leather, fabrics, and paper/board, making them versatile for automotive, furniture, mattress, footwear, and general industrial uses.

 

Rubber-based contact adhesives in the SR series are recommended for bonding rubber to plastic substrates. For best results, select a grade suitable for the specific plastic type.

Super Bond rubber based SR series grades provide strong, flexible bonds for metal substrates like frames, housings, and mounts, ideal for automotive and industrial applications.
Title- High Performance Rubber Based adhesives| Engineered for Strength and Durability| Superbond Adhesives
Meta Description- Superbond rubber-based adhesives deliver strong, flexible, and durable bonds for automotive, furniture, footwear, and industrial applications worldwide.

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