Mould Case

This is a classic Tee pipe fitting mold. Due to the large size of the product, we only set one cavity. This set of mold core pulling mechanism consists of 3 sets of sliders.

This is a very complex automatic unscrewing thread injection mold. The automatic unscrewing thread mechanism is set on both the movable mold and the fixed mold of the mold.

This quick connector mold is 1+1 cavity. It produces two different products at the same time. One is with thread and the other is without thread.

This is a very complex wys connector mold. Because each port of the connector has a female thread, it takes two steps to achieve core pulling.

This 90-degree quick connector injection mold has a complex core-pulling mechanism. The product is made of black nylon and has a large size.

This is a very classic 45 degree joint mold. The mold consists of two sets of core pulling mechanisms. One is controlled by a cylinder and the other is controlled by an angle pin.

The Hex Nut Bulkhead Fittings are designed with threads inside. In order to achieve smooth ejection of the product, we specially adopt collapsible core slider mechanism.

This 45 degree elbow mold is a 3-plate mold mechanism. The core pulling mechanism is relatively complex. The product material is black PVC material.

In view of the unique O-ring interface structure at one end of the 90 degree elbow, we innovatively adopted two different foldable core mold mechanisms.

The 90-degree joint has core pulling in two directions. We have designed a folding core and angle pin core pulling mechanism. To make the product release from the mold smoothly ,we designed and manufactured three pivoting core inserts. It depends on the arc length of the elbow and it has two straight area. The only disadvantage of this structure is that the mold core cannot carry cooling. Only used the method of external cooling .

The tube end cap injection mold adopts an automatic unscrew thread mold mechanism, which greatly optimizes the mold stripping process. The automatic thread stripping mold mechanism has a high degree of stability and reliability, which can ensure that each demoulding is accurate, further ensuring the quality and consistency of the tube end cap products. It can also reduce manual intervention and improve production efficiency.

The J-type elbow has two directions of ejection mechanism, one is the hollow structure inside the tube, and the other is the lateral protruding hole. Therefore, we adopted the design of collapsible core and angle pin core pulling mechanism. It not only ensures the precise molding of the inner cavity of the product, but also effectively improves the adaptability of the mold.