General Purpose Medical Hot Melt Adhesive HM-308EP from China Suppliers & Factory - 60+ Years Experience
Physical Properties
| Composition | Synthetic Resins |
| Appearance | White opaque block solid |
| Toxicity | None |
| R&B softening point | Approx. 105 °C |
| Brookfield viscosity | 125℃ ------- about 146000 mPa.s |
| 150℃ ------- about 23500 mPa.s | |
| 175℃ ------- about 8000 mPa.s | |
| 200℃ ------- about 4250 mPa.s | |
| Density | 0.98g /cm³ @ 25℃ |
Application
Its adhesion performance will be affected by substrates, release paper and application environment, so trial run is necessary to determine whether the adhesive is suitable.
There should be no dust or oil on the surface of substrates and release paper, also the substrates and release paper should be treated to constant temperature and humidity before application.
Recommended application temperature: 160-180℃
Warnings
- Don’t mix the product with other adhesives.
- Keep the adhesive containers covered to avoid dust or contamination.
- Use it with adequate ventilation to remove any hot melt fumes or vapors that are generated.
- Wear safety glasses, safety gloves and safety clothes when using hot melt adhesive to avoid scald.
Advantages
With its excellent flow, good tack and excellent peel strength, HM-308EP ensures strong and reliable bonds in a variety of medical environments. Its superior retention and aging resistance make it a reliable choice for long-term applications, giving medical professionals and patients peace of mind.
One of the key features of HM-308EP is its strong adhesion to the skin, ensuring that medical devices and dressings remain securely in place. This adhesive is designed to provide a comfortable and secure fit without causing any allergic irritation to the skin. This makes it ideal for patients with sensitive skin, ensuring a comfortable and irritation-free experience.
Whether it's wound dressings, medical tape, or other medical equipment, the HM-308EP delivers the versatility and reliability medical professionals demand. Its consistent performance and compatibility with a variety of substrates make it the first choice for a variety of medical applications.