316H stainless steel wire mesh(07Cr17Ni12Mo2, SUS 316H. EN1.4948) with high carbon content than SS316, and more high temperature resistance, 1-300 mesh sizes are available. 

316Ti (UNS S31635)（08KH17H13M2T） is a titanium stabilised version of 316 molybdenum-bearing austenitic stainless steel, its mesh size 1-300# in Aegis Company

Pt mesh gauze,  99.9% purity, usual used as a catalyst, It is corrosion resistant and stable at high temperatures.

 stainless steel 317L (UNS S31703) (W. Nr. 1.4438)（08KH17H15M3T） mesh is a molybdenum-bearing austenitic stainless steel with greatly increased resistance to chemical, mesh size 1-350#

Pore Gold(Au) wire mesh is the extremely precious metal,  Aegis can be accept the customer’s request sizes and produce. 

Stainless Steel – AISI 321 alloy(（12KH1810T）, FeCr18Ni9Ti is a titanium stabilized austenitic stainless steel with good general corrosion resistance. 1-300 mesh.

Al mesh has 1024.2011.6060.6063.6061.6082.7075 grade. Aegis produced pure Aluminum mesh from 1-250 mesh. 

330 steel is an austenitic heat and corrosion resisting alloy that offers a combination of strength and resistance to carburization, oxidation and thermal shock.

3003 aluminum alloy is mainly composed of aluminum, manganese, and other impurity elements. Aluminum is the main component, accounting for over 98%, and manganese content is about 1%. The content of other impurity elements such as copper, iron, silicon, etc. is relatively low.

Raney nickel catalyst mesh is formed by special treatment on a base nickel mesh. In the process of preparing Raney nickel catalyst, a chemical method is commonly used to activate the surface of the nickel metal, generating a highly porous structure and abundant active sites. This treatment allows the surface of the base nickel mesh to form abundant small pores and a high specific surface area, thereby enhancing the efficiency and selectivity of catalytic reactions. The unique structure of Raney nickel catalyst enables it to exhibit excellent catalytic activity and stability.