Vuldra

Vuldra 4915 is a heavy duty oil formulated for extrusion, deep drawing, fine blanking and difficult stamping operations on stainless steel, low carbon steel and exotic alloys. Parts are left clean with no varnishing even under high heat operations.

Vuldra 5580 is a water soluble drawing and stamping fluid based on natural and synthetic ester technology. It was designed to replace neat oils used to draw and stamp carbon and stainless steel alloys. The unique combination of boundary lubrication and non-chlorinated extreme pressure additives provides excellent surface finishes even in the most demanding operations. Vuldra 5580 is a clean product that is easily removed by both mildly alkaline and alkaline cleaners.

Vuldra 6412 is a water soluble drawing and stamping fluid designed for use in a wide range of stamping and drawing applications including deep draws and light to heavy duty stamping and drawing operations. The unique combination of boundary lubrication and non-chlorinated extreme pressure additives provides excellent surface finishes even in the most demanding operations. Vuldra 6412 is a clean running product that is easily removed by both mildly alkaline and alkaline cleaners.

Vuldra 8525 is a water soluble drawing and stamping fluid based on vegetable oil technology. It was designed to replace neat oils used to draw and stamp carbon and stainless steel alloys. The unique combination of boundary lubrication and non-chlorinated extreme pressure additives provides excellent surface finishes even in the most demanding operations. Vuldra 8525 is a clean product that is easily removed by both mildly alkaline and alkaline cleaners.

Vuldra 516 is a heavy duty drawing and stamping fluid for ferrous and non-ferrous alloys. Vuldra 516 is also very effective in light to medium gage tube bending operations. The high viscosity base oils, in conjunction with non-chlorinated ep additives provide excellent surface finishes even in the most demanding operations. Vuldra 516 can be used neat or diluted with water.