Products

H.B. Fuller FH8515 is a 2K epoxy adhesives. It offers excellent impact strength and toughness, making it suitable for bonding a wide range of materials. The adhesive is flammable retardant (UL 94 V0) and halogen-free, ensuring safety and compliance with regulations. It is commonly used for structure bonding applications, particularly in the assembly of portable devices. H.B. Fuller FH8515 provides reliable and durable bonding for various components in portable devices, contributing to their overall strength and performance.

H.B. Fuller HL6612 is a hot melt adhesive. One notable advantage is its ability to provide quick strength, allowing for fast production processes. It also exhibits cold temperature flexibility, enabling it to maintain its adhesive properties even in colder environments. Additionally, it offers good impact resistance, ensuring durability and reliability in applications that may experience mechanical stress. H.B. Fuller HL6612 is specifically used for cabinet assembly, making it well-suited for joining various components in the manufacturing of kitchen cabinets and counters. Its quick strength, low-temperature flexibility, and good impact resistance make it an ideal adhesive choice for efficient and durable cabinet assembly processes.

H.B. Fuller 1522 is a two-component condensation-cure silicone material that has a fast room-temperature curing speed and very good adhesion to many different materials. It has very good long-term adhesion performance in high-temperature conditions. 1522 is designed for use in a variety of applications where long-term temperature cycle resistance, UV exposure, and other harsh exposure conditions exist.

Weld Mount AT-2010 is a high-performance two-part methacrylate adhesive crafted to bond an array of plastics, metals, and composites. Unveil exceptional bond strength, enduring durability, and remarkable impact and weathering resistance. With a swift fixture time, it's a production favorite. AT-2010 elevates assembly reliability withstanding extreme temperature fluctuations, thermal cycling, and diverse chemicals.