

Add to Cart
Hot Runner Injection Mold / PE, PU, PVC Plastic Injection Molding
Tool
1 . Plastic material: PP, PC, PS, PE, PU, PVC, ABS, PMMA ect
2 . Hot Runner Plastic Injection Mould
3 . Cavity: Single/Multi
4 . Base: LKM, HASCO ect
Description:
Name | Hot Runner Plastic Injection Mould |
Moulding material | 2738,718,718H,2344,2316,S136 ,NAK80 , SKD61 and etc |
Plastic material | PP,ABS, PC, PVC, HDPE,PE, LDPE, PU, PMMA, PA66+GF and so on. |
Mould base | #45.LKM, LYM standard |
Hardness | 28-50HRC |
Mould hot runner | YUDO,Chinese hot ruuner, according to customers |
Tooling lead time | 30-60 work days |
Mould life | 500,000-1,000,000 shots |
Spare parts | HASCO,DME and etc |
Design software | UG,PROE,CAD |
Packing | Wood Box with steel frame |
Applications:
This type of mould can be economicly used for saving material and greatly improving the plastic material waste, particularly for the large quantity mass production.
Specifications:
Sample/drawing | We need you detailed require clearly |
Negotiation | Steel,cavities,price,delivery time,payment terms,shipment. |
Place order | After all confirmed-place order and usually need 50% deposit |
R and D | We supply part and mould structure design |
Machining | CNC,EDM, and so on |
Testing | Testing mould to make sure everything is ok. |
Samples | We send samples for customers checking |
Balance | After all confirmation,the customer send the balance to us before shipment |
Delivery | Deliver mould with Wooden case after customer confirm mould and samples,arrange shipment |
Often referred to as runnerless molding or hot-manifold systems, hot runner molds describe a set of temperature control heating-devices installed in the mold. The purpose of a hot runner injection system is to maintain a molten flow of plastics or rubber from the injection molding machine nozzle to the gate in a plastic injection mold — keeping the runner above the melting point of the plastic.
Hot runner molding systems consist of two plates heated by a manifold system inside one-half of the mold that sends the melted material to nozzles, which feed the part cavities. The system consists of two parts: the hot manifold and the drops. The manifold moves the rubber on a single plane and parallel to the parting line to a location above the cavity. Positioned perpendicular to the manifold, the drops move the rubber from the manifold to the component.