Aluminum CNC Machining Parts
Available in a wide range of aluminum grades for CNC machining.

Aluminum valves are often used to control the flow of a liquid (fluid or gas) by opening, closing, or partially blocking a passageway. They can be applied in a variety of industries, including automotive, aerospace and manufacturing. We have many types in stock including ball valves, gate valves , check valves , and others, depending on your specific needs. Meanwhile, different surface finishes are available like black, gray, silver and bronze. And depending on the industry and the intended use, we can customize different parameters and designs of aluminum valves. Compared with steel valves, aluminum valves are obviously lighter, which can reduce overall engine weight and improve performance. Despite their lightness, aluminum valves have a high strength-to-weight ratio. And our aluminum valves have long life spans because of their corrosion resistance. In addition, aluminum valves are non-magnetic, conductive and versatile to suit diverse needs. On top of that, aluminum valves have excellent heat dissipation properties that help keep the engine running in a safe temperature range.
Available in a wide range of aluminum grades for CNC machining.
Durable and cost-efficient with high heat and corrosion resistance.
3-, 4-, and 5-axis parts with perfect finishes in custom sizes.
High-strength parts in different metals for excellent prototype results.
Aluminum, plastics, steel, and brass with customizable finishes.
High tensile strength and corrosion resistance for durable parts.
Creates a smooth, uniform satin or matte finish at low cost.
Wear-resistant, corrosion-resistant coating with excellent dimensional control.
Hardcoat protection for titanium and aluminum, with corrosion and wear resistance.
Protective polymer layer with wear resistance, corrosion resistance, and multiple colors.
Ra 3.2µm typical roughness, maximum dimensional tolerances, and no added cost.
Precision parts for extreme pressures and fast air currents, including manifolds and bushings.
Custom research equipment, implants and other precise medical components.
Wear-resistant components such as boat parts and propellers.
Components for harsh conditions including cylinders, rods, drill bits and pistons.