The VALTRON epoxy adhesive system is an optimal solution for specific requirements in the production of solar panels and semiconductor wafers, particularly in wire saw and ring cutting processes. These adhesives come in various formulations designed to meet precise performance and technical demands in high-tech applications. VALTRON is a patented, two-component, fast-curing adhesive system developed with specially engineered components to maximize manufacturing productivity.
One of the key advantages of VALTRON adhesive is its ability to minimize deformation between crystalline materials and the adhesive during the production process. This reduction significantly decreases breakage and edge chipping during cutting, thereby enhancing the quality of the final product. The product not only improves operational efficiency but also helps minimize waste and boosts overall productivity in manufacturing processes. With its outstanding features and ability to meet stringent industrial requirements, VALTRON® epoxy adhesive is an ideal choice for applications in renewable energy and semiconductor industries.

Made with 100% Natural DeBeers Diamonds: VALTRON adhesive is exclusively manufactured using 100% natural DeBeers diamonds, ensuring superior quality and high stability during use, delivering optimal performance for high-tech applications.
Wide Range of Outer Diameters: VALTRON adhesive is available in outer diameters ranging from 8 inches to 34 inches, offering flexibility to suit various equipment sizes and processing requirements

VALTRON adhesive is widely used in industries requiring the machining of hard-to-cut materials with unique properties, such as ceramics, corundum (sapphire), silicon, and quartz. VALTRON optimizes the machining process and is commonly employed in the production of semiconductor wafers, electronic components, and optical products, where maintaining material purity and quality is critical.
The VALTRON adhesive minimizes edge damage during cutting, resulting in smooth and uniform surface finishes. It enhances production efficiency while reducing waste, making it an indispensable solution for high-precision manufacturing processes.