China HM-261D Tire Label Hot Melt Adhesive - High Performance Suppliers and Factory Solutions
Physical properties
| Composition | Synthetic resin |
| Appearance | yellow translucent |
| R&B softening point | approx. 95°C |
| Brookfield viscosity |
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| Density | 0.98 g/cm³ |
| Toxicity | none |
Application
Application methods: roller or spray
Description
With its exceptional tack and high peel strength, the HM-261D adhesive ensures a reliable and durable bond, even in challenging conditions. Its excellent resistance to low temperatures and aging makes it a dependable choice for long-lasting applications.
One of the key features of the HM-261D adhesive is its ability to bond materials that are traditionally difficult to adhere to, thanks to its outstanding wetting performance. This makes it an ideal choice for tire labels that require a strong and secure bond on various surfaces.
Whether you are in the automotive industry or the tire manufacturing sector, the HM-261D Tire Label Hot Melt Adhesive offers a reliable and efficient solution for your labeling needs. Its versatility and performance make it a valuable addition to any production line, ensuring that your tire labels adhere securely and maintain their integrity throughout their lifespan.
Warnings
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Don’t mix the product with other adhesives.
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Keep the adhesive containers covered to avoid dust or contamination.
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Stop heating if you don’t use it for a long time to avoid the carbonization of the adhesive.
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Wear safety glasses, safety gloves and safety clothes when using hot melt adhesive to avoid scald.
Frequently Asked Questions
The recommended operating temperature is between 160°C and 175°C. Depending on seasonal viscosity requirements, you can adjust the temperature down by 5-10°C in summer or raise it by 5-10°C in winter.
Labels should be applied at temperatures between 0°C and 25°C. Once applied, the label features temperature resistance ranging from －20°C to ＋35°C.
Yes. Thanks to its outstanding wetting performance, HM-261D is specifically formulated to bond materials that are traditionally difficult to adhere to, making it ideal for secure tire labeling.
Adhesion performance is influenced by the substrates, release paper, and ambient conditions. It is necessary to perform a trial run beforehand, and ensure substrates and release paper are free of dust/oil and conditioned to constant temperature and humidity.
To avoid carbonization of the adhesive, you should stop heating the system if it is not going to be used for a long period of time.