Discover ZDS-100-1 Epoxy Adhesive: High Performance for Industry
ZDS-100-1 is a premium single-component epoxy adhesive designed to meet the demanding requirements of industrial bonding and sealing applications. Available in black, grey, and white, this adhesive offers excellent high-temperature resistance and outstanding cure speed when exposed to elevated temperatures. With a viscosity range of 35,000-40,000 cps, it is easy to apply and provides seamless coverage over various substrates, including plastic, metal, composite materials, and printed circuit boards (PCBs).
- Fast curing makes ZDS-100-1 ideal for high-paced production environments.
- Multiple color options ensure aesthetic flexibility for designers and engineers.
- The strong adhesion ensures reliable, durable bonds that can withstand both mechanical and thermal stresses.
- The product’s robust temperature resistance makes it suitable for challenging operating conditions, such as those found in automotive, electronic, and construction installations.
- Its single-component formulation simplifies application and reduces mixing errors, leading to consistent results across batches.
- With a Shore A hardness of 70 after cure, ZDS-100-1 delivers the rigidity and integrity essential for structural bonding and protective sealing.
Versatile Industrial Applications
ZDS-100-1 epoxy adhesive is tailored for professionals in the automotive, electronics, and construction sectors who demand reliability, speed, and versatility. Its compatibility with key materials and substrates extends its usefulness, from PCB assembly to metal panel bonding, composite lamination, and weatherproofing seals.
- Automotive: Used for sealing, bonding, and laminating components exposed to high temperatures.
- Electronics: Ideal for PCB bonding, protective potting, and enclosure sealing.
- Construction: Excellent for joining composite materials, and creating durable weather-resistant seals.
Choose ZDS-100-1 for your next project to ensure lasting performance and professional results in even the most demanding environments.