Rubber & Polymer Products
Molded rubber components produced from your print, CAD model, or sample. We match the molding method and the compound to the part, the volume, and the service conditions.
Molding Methods
The right method depends on part configuration, size, and required volume. We will tell you which one gives you the best piece price and tooling investment for your program.
A measured rubber preform is placed in a heated cavity and formed under pressure until it cures. Efficient tooling cost, well suited to larger cross sections and low to medium volumes.
Uncured rubber is loaded into a pot and pushed through sprues into a closed mold. Tighter dimensional control than compression and a good fit for parts with inserts.
Material is heated to a plastic state and injected under high pressure into a closed mold, curing quickly and repeatably. Best economics on higher volume, more complex geometry.
Materials
Tell us the product being sealed, the temperature range, and the desired service life and we will recommend the compound. If you already have a specification, we build to it.
Steam, hot water, ozone, and weather. A workhorse for outdoor parts, sanitary service, and many acids and caustics.
Wide temperature range with FDA compliant grades available for food, beverage, and medical adjacent applications.
Balanced resistance to oils, weather, and moderate chemicals. A common general purpose choice for pads, bumpers, and grommets.
Fuels, solvents, and high temperature chemical service where standard compounds break down.
Economical sealing for petroleum based fluids and general hydraulic and pneumatic hardware.
High tensile and abrasion resistant natural rubber, plus metal detectable, low temperature, conductive, and custom durometer compounds.
Parts We Mold
If it can be molded in rubber, it is worth sending over. We quote short run and repeat production with the same tooling and the same dimensions every time.
Send a drawing, a CAD model, or the worn part itself. We measure it, produce the tooling or program, and quote both prototype and production quantities.
Tolerances held to ±0.002" on machined features
