Products and Services
Learn about rubber materials in Part 1 of this Sealing Material Selection Guide from The Rubber Group.
Rubber material testing includes tensile, compression, hardness, aging, tear resistance, chemical resistance, and compression set testing. Learn more.
Rubber material testing includes tensile, compression, hardness, aging, tear resistance, chemical resistance, and compression set testing. Learn more.
There are three types of rubber molding processes: compression molding, transfer molding, and injection molding. Each has its own advantages and applications.
Rubber material selection involves physical properties, chemical resistance, temperature range, environmental factors, cost, and standards and regulations. The Rubber Group can help you to select the right rubber and provides custom rubber molding services that include injection, compression, and transfer molding as well as rubber-to-metal bonding.
Engineering design reviews are critical to the success of any product, especially those involving molded rubber parts. Rubber molding supports a variety of applications and can produce parts ranging from simple seals to complex components for demanding environments. To ensure part quality and reliability, rubber molders need to conduct thorough engineering design reviews Engineering Design…
Medical transfer molding provides tight control of part tolerances and can fill hundreds of mold cavities from a single pre-formed material. For both short runs and high volumes, this flexible manufacturing method supports complex shapes, thin-walled parts, and consistent dimensions.
Medical transfer molding provides tight control of part tolerances and can fill hundreds of mold cavities from a single pre-formed material. For both short runs and high volumes, this flexible manufacturing method supports complex shapes, thin-walled parts, and consistent dimensions.
Wasteless rubber molding usually isn’t waste-free. However, it can significantly reduce the amount of material that’s lost to runners and transfer pads.
Flashless molding uses precision tooling to mold rubber parts with only small amounts of flash. The tooling is more expensive, but flashless molds reduce costs over time by eliminating secondary operations.