Advanced Alkoxy Adhesive for Electronics and Component Protection
ZDS-527-W is a high-performance, single component alkoxy adhesive formulated to deliver exceptional sealing, moisture-proofing, and circuit protection in electronics manufacturing and assembly. With a flowing white appearance and a viscosity of 1.05±0.5 cps, this adhesive is engineered for wire harness fixing, shallow potting, and the encapsulation of electronic elements requiring reliable environmental protection. Boasting outstanding adhesion to a wide range of substrates and excellent sealing capabilities, this product ensures long-term stability for delicate circuits and components.
- Single component dealcoholization curing technology enables easy and fast application without mixing.
- The adhesive forms a highly durable barrier against humidity and leakage, making it ideal for high-reliability electronics assemblies.
- Specialized formula provides excellent compatibility with metal parts—delivering corrosion-free protection and extended service life to devices and assemblies.
- Recommended for shallow potting, wire harness assembly, and as a conformal coating in PCB manufacturing.
- Can be used in diverse industrial environments, providing consistent performance in automotive, electronics, and related industries.
- Presents a curing time of 3 to 8 minutes at room temperature, facilitating rapid assembly cycles.
- Packaged in convenient sizes of 100ml, 300ml, and 2600ml to accommodate various production volumes.
Key Benefits
- Superior anti-corrosion protection for metal and non-metal substrates
- Excellent adhesion and sealing properties for enhanced reliability
- Non-corrosive formulation – safe for sensitive electronic components
- Moisture, leak, and contaminant barrier for robust environmental protection
With a shelf life of 6 months, ZDS-527-W Alkoxy Adhesive is your trusted solution for modern electronics protection, circuit encapsulation, and rapid assembly applications. Choose ZDS to ensure optimal performance and long-lasting reliability in your critical devices.
