Introduction
To create new kinds of products is our object and mission. We have employed the most advanced state-of-the-art and fully computerized machinery, devoting enormous manpower and source to evolve Super Thin & Miniature Meshes focusing on the special applications. We have high end technology and equipment to manufacture the best quality products, which enable us to fumish customized service to meet almost all customers' demands on time and budget .

In addition to good merits we've been gaining on the scope of expanded Metal technology. We have done successfully on non metallic lath products as well. For example, we have non-metallic laths made from lead, zinc, copper, silver, titanium and paper. Moreover, we have cooperated with relative makers in both domestic and overseas to develop compound materials, supplied as integral parts for manufacturing high tech products such as tennis racket, badminton racket, golf club, shoes sole, zinc-air battery, lead-water battery, shells for cellular phone and computer etc.(Fig I.~Fig5.)

Uses
Standard type and mosaic brick type products are particularly suitable for battery and screen applications as shown in Fig.2 &3.Mosaic brick type is designed as efficient conducting substance for making high-energy density and long life battery. We are able to supply customized products at any kind of thickness as customers' solutions.

Wing Type
We also develop the wing type expanded metal lath, The wing type is of no meshes on wings. It's the kind of product to be produced by the order of customer's demand on the size of wings and meshes. Owing to sturdy joints on wing, it is capable to be easily welded and shaped to meet customer's application on design. Please refer Figure 1 mesh actual size figures(Fig.1).
Please refer figure 3-4 for wing type Products. With wing folded, thickness doubled, selvage edge, and designed to enhance long way strength is easy to be jointed by machine or welding. The edge will come out in leveling after jointed by machine or welding. As so illustrated in figure 5, solid intersperse is designed for having sturdy mesh. This kind of technique makes the complement of mesh so sturdy the when jointing need only welding along solid intersperse.