Products

Wire mesh isn’t just about weaving metal—it’s about precision, expertise, and decades of know-how coming together to create a flawless product. From carefully selecting and preparing the raw materials to the intricate weaving process and final finishing touches, every step is handled with skill and cutting-edge technology. Our specialists don’t just make wire mesh; they craft solutions that stand the test of time. Whether it’s for industrial applications, filtration, or high-tech uses, our commitment to quality ensures that every piece meets the highest standards. Precision, durability, and expertise—that’s what makes our wire mesh simply perfect!

When it comes to extreme heat, ordinary materials just won’t cut it. That’s why we developed a special high-temperature-resistant mesh designed specifically for the heat-treatment industry—handling temperatures up to 1150°C with ease. This advanced mesh allows for the production of precise baskets with minimal warpage, ensuring durability and performance under intense conditions. Whether you need just the mesh or fully assembled, ready-to-use baskets, we’ve got you covered. Single or double-layered, folded, welded—you name it, we make it. Heat and abrasion resistance, custom designs, and unbeatable quality—because when things heat up, our mesh stays strong!

Filtration demands precision and durability—and that’s exactly what high-class meshes provide. With robust construction, corrosion resistance, and heat tolerance, they ensure optimal filtration fineness and excellent flow rates.

Choosing the right material and mesh type is key, so we custom-produce filters and elements to your exact specifications. From ultra-fine 8μm to coarse 1200μm mesh, we work with galvanized and stainless steel, high-alloy metals, and synthetics.

For precise cuts, we offer punching, plasma-laser, and water-jet cutting, plus ultra-wave welding for seamless assembly. Built for performance, our filters meet every challenge!

When it comes to protecting equipment from extreme wear, composite wear plates are the go-to solution. These hardfaced plates combine a tough base material with an ultra-durable wear-resistant layer, ensuring long-lasting performance in high-stress environments.

Designed to handle impact, abrasion, and heat, these plates extend the lifespan of machinery used in industries like mining, construction, and steel production. Available in various thicknesses and material combinations, they can be customized for specific applications.

Whether you need standard sheets or precision-cut components, these plates offer the durability and protection needed to keep operations running smoothly and efficiently.

For industries that demand extreme durability, high wear-resistant cast components offer a reliable solution. Made from white cast iron and stainless steel, these castings are engineered for longevity, reducing wear costs in both custom and serial production parts.

With optimized designs, in-house pattern manufacturing, and advanced casting simulation software, each component meets the highest quality standards. Whether sand casting, ceramic casting, shell molding, or lost foam, the right process is chosen for every application.

Fully machined and installation-ready, these cast components are essential for crushing, mixing, conveying, and more—ensuring superior wear protection and seamless integration into industrial operations.

For industries that demand extreme durability, high wear-resistant cast components offer a reliable solution. Made from white cast iron and stainless steel, these castings are engineered for longevity, reducing wear costs in both custom and serial production parts.

With optimized designs, in-house pattern manufacturing, and advanced casting simulation software, each component meets the highest quality standards. Whether sand casting, ceramic casting, shell molding, or lost foam, the right process is chosen for every application.

Fully machined and installation-ready, these cast components are essential for crushing, mixing, conveying, and more—ensuring superior wear protection and seamless integration into industrial operations.