120° Rubber High temperature adhesive is a high performance adhesive specially designed for the adhesion of rubber and plastic materials in high temperature environment.
1. Product introduction
120° Rubber High temperature adhesive is a high performance adhesive specially designed for the adhesion of rubber and plastic materials in high temperature environment. It has excellent properties such as high temperature resistance, high bonding strength, chemical corrosion resistance and aging resistance, and can maintain a stable bonding effect in a high temperature environment of 120°C.
2. Product characteristics
High temperature resistance: It can be used at a temperature of 120°C for a long time and 150°C for a short time.
High strength: the cured adhesive has a high bonding strength and can withstand a certain mechanical load. Chemical resistance: It has good resistance to oil, water, acid and alkali and other chemical media.
Aging resistance: anti-ultraviolet, ozone, prolong service life. Constructability: good fluidity, easy to operate.
3. Product advantages
High temperature stability: It can maintain excellent bonding performance under high temperature environment and is not easy to fall off.
Energy saving and environmental protection: no solvent, non-toxic, tasteless, in line with environmental requirements.
Economical and practical: cost-effective, reduce maintenance costs, improve production efficiency.
4. Product characteristics
Single component: no mixing, direct use, simplify the construction process.
Fast curing: Fast curing at room temperature to improve work efficiency. Good fillability: It can fill the small gap of the bonding surface and improve the bonding effect.
5. Performance indicators
Color: Yellow or black
Viscosity: 5000-10000cps (25°C)
Curing time: It can be cured within 24 hours at room temperature, and can be accelerated at high temperature
Hardness: Shore D 60-70
Tensile strength: ≥15MPa Peeling strength: ≥5N/cm
Operating temperature: -40°C to 120°C
6. Application fields
Automotive manufacturing: Used for bonding high-temperature components in automotive engine compartments.
Aerospace: For bonding high-temperature materials inside aerospace spacecraft.
Mechanical equipment: for high temperature environment mechanical equipment maintenance and manufacturing.
Electronic products: suitable for fixing and sealing of electronic components in high temperature environment.
Construction industry: Used for bonding building insulation materials in high temperature environments.
7. FAQ
What are the main ingredients of 120° rubber and plastic high temperature glue?
These high temperature adhesives usually contain special rubber and resin components, such as nitrile rubber, phenolic resin, etc., which work together to maintain good bonding properties at 120° high temperatures.
What is unique about it compared to other high temperature gels?
Compared with other high temperature adhesives, 120° rubber and plastic high temperature adhesives are specifically designed for bonding rubber and plastic materials. It has excellent wettability on the rubber and plastic surface at 120° temperature, and can penetrate into the microscopic pores of the rubber and plastic material to form a firm bond, without causing a greater impact on the performance of the rubber and plastic material itself.
Is the color of this glue fixed? Can I customize the color?
Generally speaking, it has common colors, such as black, gray and so on. Some manufacturers may offer limited custom color services, but this usually depends on the number of orders and the feasibility of the production process.
What types of rubber and plastic materials can 120° rubber and plastic high temperature glue bond?
It can bond a variety of rubber and plastic materials, such as natural rubber, synthetic rubber (such as styrene butadiene rubber, neoprene rubber, etc.) and various plastic products (such as PVC, PP, PE, etc., but low surface energy materials such as PP and PE may require special treatment).
How much strength can be achieved after bonding?
The shear strength after bonding can usually reach [X] N/mm² (the specific value needs to be determined according to the actual test standards and material combination), which can meet the requirements of the use of general rubber and plastic products in a high temperature environment of 120°, such as the rubber and plastic insulation layer bonding in high temperature pipelines.
How long can it be held at 120° after bonding?
Under normal circumstances, the adhesive state can be maintained for as long as 120° in a continuous high temperature environment, but this is also affected by factors such as bonding area and force.
Are there any humidity requirements when using this glue?
There are certain requirements. When the ambient humidity is too high, the drying speed and final bonding effect of the glue may be affected. It is generally recommended to use in an environment with a relative humidity of less than 80% to ensure that the glue can fully cure and achieve the best bond performance.
What is the minimum service temperature? Does it affect use at low temperatures?
The minimum service temperature is usually around [specific low temperature value]. At lower temperatures, the fluidity of the glue will be reduced and the curing speed may be slowed down, but as long as the correct operation method is followed, it can still be used normally after the proper extension of the curing time.
Does it require a special surface treatment to bond?
For most rubber and plastic materials, the surface should be clean, dry, and free of oil. For some low surface energy rubber and plastic materials, such as PP, PE, surface activation treatment may be required, such as flame treatment, plasma treatment, etc., to improve the bonding effect of the glue.
