Anaerobic Retaining Adhesives
Industries Where Retaining Adhesives Can be Use
Ensures secure fastening in machinery operating under continuous stress.
WHY
Retaining Adhesive?
Retaining Compounds secure bearings, bushes and cylindrical parts into housings or onto shafts. They achieve maximum load transmission capability and uniform stress distribution and eliminate fretting corrosion. Applied as a liquid, they form a 100% contact between mating metal surfaces, eliminating the need for expensive replacement parts, time consuming machining or the use of mechanical methods.
Advantages of Fasto Retaining Adhesive
- High-strength products can carry high loads
- Fill all voids to prevent corrosion and fretting
- 100% contact – load and stress are distributed evenly over the joint
FAQs
What is a Retaining Adhesive?
A retaining adhesive is an anaerobic bonding compound designed to secure cylindrical metal assemblies such as bearings, bushings, sleeves, gears, pulleys, and shafts. It fills microscopic gaps between mating parts and cures in the absence of air to create a strong, durable bond.
What are Retaining Adhesives Used for?
Retaining adhesives are used to secure cylindrical components in industrial assemblies, including:Bearings,
Bushings,
Sleeves,
Shafts,
Gears,
Pulleys,
Rotors,
Couplings, etc,.They help improve load distribution, reduce movement, and increase assembly reliability.
How Does a Retaining Adhesive Work?
Retaining adhesives cure when confined between metal surfaces and deprived of oxygen. Once cured, they create a high-strength bond that prevents relative movement between cylindrical components and helps distribute stresses evenly across the assembly.
What is the Difference Between a Retaining Adhesive and a Thread Locker?
Retaining adhesives are designed for cylindrical assemblies such as shafts and bearings, while thread lockers are specifically formulated to secure threaded fasteners like bolts, nuts, and screws against loosening.
Can Retaining Adhesives Replace Press Fits and Mechanical Fastening Methods?
In many applications, retaining adhesives can enhance or replace traditional mechanical retention methods such as press fits, interference fits, keys, splines, and set screws. They improve load-bearing capacity while reducing wear and fretting.
What Materials Can Retaining Adhesives be used on?
Retaining adhesives are commonly used on:Steel,
Stainless Steel,
Cast Iron,
Aluminum,
Brass,
Other Metallic Components.Material compatibility may vary depending on the adhesive grade and operating conditions.
Are Retaining Adhesives Suitable for Bearing Retention?
Yes. Retaining adhesives are widely used for securing bearings onto shafts and within housings, helping prevent movement, wear, and premature failure.
Can Retaining Adhesives Prevent Fretting Corrosion?
Yes. By eliminating microscopic movement between mating components, retaining adhesives help reduce fretting corrosion, wear, and surface damage in dynamic assemblies.
Are Retaining Adhesives Resistant to Vibration?
Yes. Retaining adhesives provide excellent resistance to vibration, shock loads, and dynamic operating conditions, making them ideal for industrial machinery and rotating equipment.
Can Retaining Adhesives Withstand High Loads?
Industrial retaining adhesives are designed to withstand significant radial and axial loads while maintaining secure retention of cylindrical components.
Are Retaining Adhesives Resistant to Oils and Chemicals?
Many retaining adhesives offer excellent resistance to:Lubricating oils,
Hydraulic fluids,
Coolants,
Fuels,
Industrial chemicals.Always verify compatibility for specific operating environments.
Can Retaining Adhesives Withstand High Temperatures?
Yes. Industrial-grade retaining compounds are formulated to perform across a wide temperature range, making them suitable for demanding manufacturing, automotive, and heavy engineering applications.
What Industries Use Retaining Adhesives?
Retaining adhesives are commonly used in:Automotive Manufacturing,
Electric Motors,
Pumps and Compressors,
Gearboxes,
Industrial Machinery,
Power Generation,
Heavy Engineering,
Mining Equipment.
How long does Retaining Adhesive Take to Cure?
Cure times vary based on the product formulation, substrate material, temperature, and bond gap. Initial handling strength may be achieved within a few hours, while full cure is typically reached within 24 hours.
How do I Apply Retaining Adhesives?
For optimal performance:Clean all mating surfaces thoroughly.
Apply the recommended amount of adhesive to the shaft, housing, or component.
Assemble the parts immediately.
Allow sufficient curing time before placing the assembly into service.Proper surface preparation helps maximize bond strength and durability.
What are the Benefits of Using Retaining Adhesives?
Key benefits include:High load-bearing capability,
Improved assembly strength,
Prevention of fretting corrosion,
Enhanced vibration resistance,
Uniform stress distribution,
Reduced component wear,
Increased equipment reliability,
Extended service life.
Can Retaining Adhesives Fill Gaps between Components?
Yes. Retaining adhesives are designed to fill small gaps between cylindrical components, helping improve fit, load transfer, and overall assembly performance.
Can Retaining Adhesive-Bonded Assemblies be Disassembled?
Yes. Depending on the adhesive grade and assembly design, bonded components can often be removed using appropriate maintenance procedures, tools, or controlled heat.
How do I Choose The Right Retaining Adhesive?
The ideal retaining adhesive depends on:Component size,
Required bond strength,
Operating temperature,
Gap size,
Load requirements,
Chemical exposure,
Maintenance needs.Selecting the correct grade ensures long-term performance and reliability.
Does Fasto Adhesives offer Industrial Retaining Adhesives?
Yes. Fasto Adhesives offers high-performance retaining adhesives engineered for securing bearings, bushings, shafts, gears, and cylindrical assemblies across a wide range of industrial applications.