What is silicone injection formation?
Silicone pressing is an economic and widely used industrial process for the production of a wide range of silicone goods. These include seals for aero-space application, membrane seals for industrial use, insulators of electrical connection and even baking pelvis and spatula. Silicone rubber products are produced in bulk using machines of different sizes. While all variants of this family of thermoset elastomers are used with the injection process of pressing, LSR and F-LSR can only be created by injection. Formation of silicone injection is used to produce products for a wide range of industries, including agricultural, air and air, energy and medical and health care.Dlou with catalyst and often dye. The machine then forces the mixture to the mold where it cures and sets into a form. Typical machines used for silicone pressing have six basic parts: injector, measuring units, supply drums, blender, nozzle and mold clamp.
Injectors are pushing silicone rubber into the pump section under pressure. The operator can adjust the pressure and pump speed to the best level for the product created. Measuring units pump component resins in carefully controlled parts and release them simultaneously with a constant ratio. Van drums contain resins; Often the next drum will contain pigment.
The components are pumped into a mechanical blender where they are mixed. After mixing, LSR or F-LSR is forced by a nozzle into a mold. The nozzles usually have an automatic shutdown of valves for prnial filling or event leaks. The mold switch is a device that is lowered in coordination with injection, pump and supply units. It provides mold in place and opens it when the product is cured.
Silicone Injection Molding provides several benefits to manufacturers and consumer. Products made of silicone remain stable when the weather is exposed,Ozone and ultraviolet rays. In contrast, organic elastomers tend to be fragile and burst after long -term environmental exposure. Silicone rubber products can function properly at temperatures up to -140 ° F (-100 ° C) or 600 ° F high (316 ° C). They remain good electric insulators and retain a high part of their flexibility and resistance in most of this temperature range.