History of BMC Molds
Produce Electrical Components and Switchgear, But ITS USE HAS Expanded to OTHERIES DOETS Excellery Properties, Low Cost, and Ease of PROCESSING.
Process of BMC MOLDS
Transfer molding techniques.
Injection Molding, The BMC Material is Heated and Inject injected Into A Mold Cavity Under High Pressure.
In Transfer Molding, The BMC Material is Heated and Transferred Into A Mold Cavity USINGER. The Mold is then Heated and Cored Under Pressure, and the part is ejected.
Market and Application of BMC Molds
, Both Countries have inVESTED Heavily in Research and Development to Develop New Materials and Processes that Improve the Performance of BMC MOLDS.
New Materials and Technologies. The Competition is Intens, and Manufactures Must Stay up to date with the latest demests to remain competing.
Technical Terms in BMC Molds
Here are some technical terms commonly use in the bmc mold file:
MOLD Cavity: The Cavity Inside the BMC Mold where the bmc material is inject to produce the part.
Gate: The Channel Through Which the BMC Material is inject into the Mold Cavity.
Runner: The channel that connector the gate to the mold cavity.
Ejector Pins: Pins that push the part of the mold cavity after it solidifies.
Core: A Component of the Mold that Creates Internal Features of the Part.
Flash: Excess Material that forms at the parting line of the mold due to high presenture.
Transfer Pot: a Pot That Holds The BMC Material and Transfers It Into the Mold Cavity user.
Catalyst: A Substance that Intiates the Curing Process of the BMC Material.
Conclusion