Shenzhen Taiqiang Investment Holding Co., Ltd
Product concept： Health-oriented, quality centered. Vision： Be an excellent global supplier of environment-friendly adhesive Mission: Focus on the application of environment-friendly adhesive, create
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Environmentally Friendly Heat Preservation Thermal Insulation Adhesive Glue
| Product name | Spray adhesive |
| Main Raw Material | SBS Rubber |
| Appearance | black, viscous liquid |
| Odour | Light soft odour |
| Shelf life | 12 Month |
| Solid content | 26±2 |
| Viscosity cps (25℃) | 160±25 mpa.s |
| Gravity | 0.96~0.98 |
| Heat resistance | ≥50℃ |
| MOQ | 100Kg |
FAQS:
Q1: Can this adhesive be used in high-temperature environments?
A: Yes, this adhesive is heat-resistant and can withstand high temperatures, making it ideal for use in HVAC systems that generate a lot of heat.
Q2: Will this adhesive create a strong bond between the insulation material and ductwork?
A: Yes, the heavy-duty formula of this adhesive ensures a strong and durable bond between the ducting and insulation material.
Q3: How long will the hold last once applied?
A4: This adhesive creates a long-lasting hold, ensuring that the insulation remains securely attached to the ductwork.
Q5: Is this adhesive water-resistant?
A: Yes, this adhesive is resistant to water, making it suitable for use in areas where moisture is present.
Q6: Is this adhesive easy to apply?
A7: Yes, the 18L size of this adhesive makes it easy to apply with minimal waste, saving time and money.
Q8: On what surfaces can this adhesive be used?
A9: This adhesive can be used on various surfaces, including metal, fiberglass, and plastic, making it versatile for different types of HVAC systems.
Q10: Is this adhesive safe for use?
A: Yes, this adhesive is non-toxic, ensuring safety for users and allowing it to be used in both residential and commercial settings.
Q10: Will using this adhesive improve energy efficiency?
A: Yes, by keeping the insulation securely attached to the ductwork, this adhesive helps reduce heat loss and prevent air leaks, thus improving energy efficiency.