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Retaining compounds are essential for securing cylindrical parts like bearings, bushings, and shafts, preventing slippage and loosening under stress. Selecting the appropriate compound ensures long-term reliability and performance of machinery, reducing the need for frequent maintenance and costly repairs. Understanding key product attributes will help you make an informed decision for your specific application.
Ideal glue for the installation of smooth/unthreaded cylindrical metal assemblies: 1,Fill the voids and reduce the precision requirements of design, production and installation; 2,Prevent assembly from loosening, wear and corrosion; 3,Evenly distribute...
High Strength: After complete curing, Shear strength can be comparable to that of metal materials (609 ≈ Aluminum, 620 & 680 ≈ Copper, 603 & 638 ≈ %0.1 C Steel, 648 ≈ %0.2 C Steel), Ensuring efficient and stable operation of the equipment. Needs...
Applicable Scope: Suitable for the assembly of any smooth, unthreaded cylindrical metal components, Such as keys and shafts, bearing, rotor shaft, bushing, casing, cylinder liner, key slot, valve sleeve, movement sleeve, valve bushing etc. Choose the...
Applicable Material: Suitable for all kinds of solid metals, even metals with active surfaces such as iron, copper, brass, steel, etc. not to mention metals with inert surfaces such as stainless steel, aluminum, gold, etc.
Simple Use: Just apply the product evenly to the fixed location, the product will start curing within 60 minutes after the assembly is installed, and it can be used normally after 24 hours of standing.
Function: Fill gaps between components / Lock components to prevent loosening / Prevent component abrasion & corrosion / Improve the accuracy of component fit / Isolate oxygen and prolong product life / Tightness to prevent leakage / Evenly distribute...
Ideal glue for the installation of smooth/unthreaded cylindrical metal assemblies: 1,Fill the voids and reduce the precision requirements of design, production and installation; 2,Prevent assembly from loosening, wear and corrosion; 3,Evenly distribute...
High Strength: After complete curing, Shear strength can be comparable to that of metal materials (609 ≈ Aluminum, 620 & 680 ≈ Copper, 603 & 638 ≈ %0.1 C Steel, 648 ≈ %0.2 C Steel), Ensuring efficient and stable operation of the equipment. Needs...
Applicable Scope: Suitable for the assembly of any smooth, unthreaded cylindrical metal components, Such as keys and shafts, bearing, rotor shaft, bushing, casing, cylinder liner, key slot, valve sleeve, movement sleeve, valve bushing etc. Choose the...
Applicable Material: Suitable for all kinds of solid metals, even metals with active surfaces such as iron, copper, brass, steel, etc. not to mention metals with inert surfaces such as stainless steel, aluminum, gold, etc.
Simple Use: Just apply the product evenly to the fixed location, the product will start curing within 60 minutes after the assembly is installed, and it can be used normally after 24 hours of standing.
Function: Fill gaps between components / Lock components to prevent loosening / Prevent component abrasion & corrosion / Improve the accuracy of component fit / Isolate oxygen and prolong product life / Tightness to prevent leakage / Evenly distribute...
Ideal glue for the installation of smooth/unthreaded cylindrical metal assemblies: 1,Fill the voids and reduce the precision requirements of design, production and installation; 2,Prevent assembly from loosening, wear and corrosion; 3,Evenly distribute...
High Strength: After complete curing, Shear strength can be comparable to that of metal materials (609 ≈ Aluminum, 620 & 680 ≈ Copper, 603 & 638 ≈ %0.1 C Steel, 648 ≈ %0.2 C Steel), Ensuring efficient and stable operation of the equipment. Needs...
Applicable Scope: Suitable for the assembly of any smooth, unthreaded cylindrical metal components, Such as keys and shafts, bearing, rotor shaft, bushing, casing, cylinder liner, key slot, valve sleeve, movement sleeve, valve bushing etc. Choose the...
Applicable Material: Suitable for all kinds of solid metals, even metals with active surfaces such as iron, copper, brass, steel, etc. not to mention metals with inert surfaces such as stainless steel, aluminum, gold, etc.
Simple Use: Just apply the product evenly to the fixed location, the product will start curing within 60 minutes after the assembly is installed, and it can be used normally after 24 hours of standing.
Function: Fill gaps between components / Lock components to prevent loosening / Prevent component abrasion & corrosion / Improve the accuracy of component fit / Isolate oxygen and prolong product life / Tightness to prevent leakage / Evenly distribute...
INDUSTRIAL GRADE 680 FORMULA (GREEN LIQUID): Designed for the permanent bonding of cylindrical fitting parts. This high-strength, medium-viscosity anaerobic adhesive cures when confined in the absence of air between close-fitting metal surfaces. Note: The...
RESTORES WORN PARTS & SAVES COST: Don't replace expensive shafts or housings due to minor wear. VG680 fills gaps up to 0.015" (0.38mm), effectively repairing worn assemblies and restoring correct fits. It prevents loosening and leakage from shock and...
RAPID FIXTURE & HIGH PERFORMANCE: Minimizes downtime with a fixture time of just 10 minutes (full cure in 24 hours). Once cured, it provides robust shear strength (over 3,000 PSI) and withstands operating temperatures from -65°F to 300°F. Ideal for...
VERSATILE METAL-TO-METAL BONDING: Perfect for holding gears and sprockets onto gearbox shafts, retaining bearings in housings, and locking rotors on electric motor shafts. Compatible with steel, aluminum, brass, and other active metals. (Not for use on...
IMPORTANT: WHY IS THE BOTTLE HALF FULL? This is an anaerobic adhesive that requires air (oxygen) to remain liquid during storage. We use a larger, breathable bottle to ensure stability. Rest assured, the net content is exactly 50ml (1.69 fl oz) as stated
Last update on 2026-07-18 / Affiliate links / Images from Amazon Product Advertising API
How to Choose the Best Retaining Compounds
Understanding Retaining Compound Properties
When selecting a retaining compound, consider the following crucial factors:
Strength: Retaining compounds are categorized by their strength: low, medium, and high. Low-strength compounds are suitable for applications where disassembly might be required, while high-strength options provide permanent bonding for heavy-duty use. Medium-strength is a versatile choice for many general-purpose applications.
Viscosity: The thickness of the compound, measured in centipoise (cP), affects its ability to fill gaps. Lower viscosity compounds flow easily into tight clearances, ideal for small parts and precision applications. Higher viscosity compounds are better for larger gaps and can prevent sagging on vertical surfaces.
Curing Speed and Temperature Resistance: Consider how quickly the compound needs to set and the operating temperature range of the environment it will be used in. Some compounds cure rapidly at room temperature, while others require heat or specific activators. Ensure the chosen product can withstand the expected thermal extremes of your application.
Frequently Asked Questions
What is the difference between low, medium, and high-strength retaining compounds?
Low-strength compounds are designed for easy disassembly, making them suitable for components that may need servicing. Medium-strength offers a balance of holding power and the ability to be disassembled with moderate force. High-strength compounds provide a permanent bond, ideal for applications subjected to significant vibration or load.
How do I choose the right viscosity for my application?
Viscosity determines how well the compound fills the gap between parts. For tight tolerances and small components, a low-viscosity product is best as it flows easily into small clearances. For larger gaps or when bonding dissimilar materials, a higher viscosity compound may be more appropriate to prevent run-out.
What is the typical cure time for retaining compounds?
Cure times vary significantly depending on the product formulation and environmental conditions like temperature and humidity. Some anaerobic retaining compounds can achieve fixture strength within minutes at room temperature, while full cure can take up to 24 hours. Activators can speed up the curing process in some cases.
Can retaining compounds be used on plastic or rubber parts?
Yes, some retaining compounds are formulated for use on plastics and rubber. It's important to check the product specifications to ensure compatibility, as certain chemicals can degrade or damage these materials. Look for products specifically designed for plastic bonding or with broad material compatibility.
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