What Are The Principles Of Glove Mold Design?
- Feb 19, 2019-
Glove mould is the necessary equipment for the production of latex gloves, so the design of glove mould is particularly important. How should glove mould be designed?
1. Precision of guide mechanism of glove mould. Accurate precision of guide mechanism can reduce the wear of glove mould in production, avoid the gnawing of concave and convex parts of hand mould, and it is also very effective for some special hand mould production. In addition, it is necessary to improve the accuracy of the hand model, select the correct guiding form and determine the accuracy of the guiding mechanism, which can also improve the service life of the hand model. This precision requirement is generally higher than the punch and concave die matching tip of the hand die.
2. Geometric parameters of glove die edge, shape of hand die, fit clearance and fillet radius have a direct impact on stamping of hand die, and also have a great relationship with wear and life of hand die. The life of the glove die can be improved by properly increasing the gap between the glove die and the glove die.
The glove mold is a kind of mold used by the glove factory to do the glove rubber.The glove mold is divided into ceramic glove mold and aluminum alloy glove mold.The ceramic glove mould is mainly used in household latex gloves, acid and alkali resistant industrial gloves, medical gloves and so on.The aluminum alloy glove mold is suitable for processing of PU, PVC, ding qing, latex, film and other gloves.Aluminum alloy glove mold is the latest popular from Japan and South Korea to enter the Chinese glove manufacturers, it has a strong rigid strength and good heat performance, so in most of the field of rubber immersion gradually replaced the ceramic glove mold.
The glove model was cleaned with acid and alkali and water, and the cleaned model was immersed in hot water and heated until the coagulant was soaked and dried for glue dipping.After dipping the adhesive, send to the oven for preliminary drying, add fiber inner sleeve, then send hot water to the oven for vulcanization, drying and forming.After demolding, the gloves are checked for inflation, shaped at low temperature, dried at medium temperature, washed, dehydrated and dried, and then packaged and sent to the finished product warehouse.