Product Description
| name | plastic chair mould |
| Plastic material | PVC,PPR,PP.PE,ABS,PS,POM,PPH…etc |
| Steel of Cavity & Core | DIN 1.2316/ DIN 1.2738/DIN 1.2344 /M300/ 718/ P20..etc |
| Steel of Mouldbase | S50C.LkM standard…etc |
| Nos of Cavity | Customized |
| Hardness of Cavity & Core | 32-50HRC |
| Hardness of Wear Parts | 55-60HRC |
| Core pulling system | Motor /oil cylinder/ stripping plate, angel pin…etc |
| Mould Accessories | DME/HASCO Standard … |
| Cooling system | In core baffle cooling and in cavity plate chain drilling type cooling |
| Surface finish | Diamond polish, Texture |
| Molding life | 500,000-5,000,000shots |
| Runner | Cold or Hot runner |
| Delivery time | 60 work days |
| Packing | Standard exporting wooden case |
1.How about your quality control?
We have professional QC team to control mold quality from raw material,machining to the final
mould testing parts,as we realize that quality control is the first priority to run business successfully,
and the Quality is the life of enterprise.
2.What’s your lead time?
For most mold,normally 45 to 60 working days ( not including Chinese official holidays ) after deposit
received and mold drawings approved.
3.How to approval samples?
1) You can come to our factory to see the mold testing directly. 2) We could send samples by DHL,
TNT, Fedex, and we can send mold running video and molding parts dimension inspection report to
you by email.
4.What about your after service?
1 year under normal use procedure,Spare part which is non-man made damaged will be offered for
free within 1 year, and you can contact us at any time if you need help.
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| Shaping Mode: | Injection Mould |
|---|---|
| Mould Cavity: | Single Cavity |
| Plastic Material: | PP,PVC |
| Process Combination Type: | Single-Process Mode |
| Runner: | Hot Runner |
| Design Software: | AutoCAD |
| Samples: |
US$ 100/Piece
1 Piece(Min.Order) | |
|---|
| Customization: |
Available
|
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|---|
Can you explain the principles behind power lock operation and control mechanisms?
The power lock system in vehicles is designed to provide convenience and security by allowing the driver or passengers to lock and unlock the doors using a power-operated mechanism. The principles behind power lock operation and control mechanisms involve several components and processes. Here are the key elements:
- Power Lock Actuators: Power lock actuators are electrical devices installed inside the doors of a vehicle. They are responsible for physically moving the door lock mechanism to lock or unlock the doors. Actuators are usually small motors or solenoids that convert electrical energy into mechanical motion.
- Control Module: The control module acts as the brain of the power lock system. It receives input signals from the door lock switches and processes them to activate the corresponding power lock actuators. The control module also monitors the status of the doors and provides feedback to the driver or passengers through indicators or alarms.
- Door Lock Switches: Door lock switches are located on the driver’s side door panel and sometimes on the passenger doors as well. These switches allow the driver or passengers to send signals to the control module to lock or unlock the doors. When a switch is pressed, it completes a circuit and sends an electrical signal to the control module.
- Key Fob or Remote Keyless Entry: Many vehicles are equipped with a key fob or remote keyless entry system. These devices allow the driver to lock or unlock the doors remotely, usually from a short distance away from the vehicle. When the driver presses a button on the key fob, it sends a wireless signal to the vehicle’s control module, which then activates the power lock actuators.
- Wiring and Connectors: The power lock system relies on a network of wiring and connectors to transmit electrical signals between the control module, door lock switches, power lock actuators, and other related components. The wiring is typically hidden within the vehicle’s body panels and routed through protective sleeves to ensure durability and prevent damage.
Overall, the principles behind power lock operation and control mechanisms involve the integration of electrical and mechanical components to provide convenient and secure door locking and unlocking capabilities in vehicles.
editor by Dream 2024-04-30