Automatic production workshop
Automatic CNC spring coiling machine,CNC spring grinding machinecontinuous tempering furnace, automatic shot blasting machine automaticelectrophoresis equipment and other professional machines make producefast and efficient.
Strict quality control
From the confirmation of drawings to the production of molding and then tothe finished product processing requires 13 self-inspection procedures,which needed the the quality inspectors of the technological link and patrolinspectors to ensure the quality of each link.
On-time delivery
We strictly follow the scheduled production lead time and arrangethe goods within the delivery time.After-sales guarantee serviceWe have a perfect after-sales service system, if there is any qualityproblems regarding the product, pls feel free to contact us.
We Have The Best Solutions for Your Business
Dongguan Humen Terui Hardware Technology Co., Ltd. specializes in the production of various metal springs.
Our products include die springs, compression springs, extension springs, torsion springs, disc springs, gas springs, leaf springs and some die accessories.
The factory is located in the famous Humen Town, with a complete advanced production and testing line:
1 heat treatment line, 8 automatic spring coiling machines, 4 automatic CNC end spring grinders, 1 shot blasting machine, 1 large dust-free electrophoresis equipment, multiple CNC punching machines, 1 Rockwell hardness tester, pressure and tension test 3 machines and 2 fatigue testing machines.
The production department has 8 well-known domestic senior engineers and 62 skilled workers. The materials used are SWOSC-V, 55CrSi, 50CrVa, 60Si2Mn,
Introduction to Sprue Bushing: Enhancing Shot Molding Performance
Sprue bushings are important components in the injection molding process, acting as the connection factor between the shot equipment as well as the mold dental caries. This intro gives a review of their essential duty in enhancing shot molding performance, ensuring smooth material flow, as well as lessening defects.
Customization Options for Sprue Bushings: Customizing to Details Mold Layouts
Sprue bushings can be tailored to fit specific mold and mildew styles as well as manufacturing needs. This area checks out the customization options available, such as dimension, shape, as well as configuration, highlighting how tailored sprue bushings maximize material transfer, lessen turbulence, and enhance overall injection molding effectiveness.
Product Factors To Consider for Sprue Bushings: Hardened Steel vs. Specialized Alloys
Picking the ideal material for sprue bushings is vital to their efficiency as well as durability. This section compares the advantages of making use of solidified steel as well as specialized alloys, discussing their respective residential or commercial properties, sturdiness, as well as resistance to use, warm, as well as deterioration in the demanding injection molding setting.
Importance of Proper Sprue Bushing Design for Mold Placement
Correct sprue bushing design is vital for making sure accurate mold placement in the injection molding procedure. This section discusses the significance of precise placement in between the maker nozzle as well as the mold and mildew tooth cavity, highlighting exactly how well-designed sprue bushings add to preserving positioning as well as protecting against leaks or product circulation problems.
Frequently Asked Question
Do you have any question?
Sprue bushings are commonly made of hardened steel or high-temperature alloys for durability and resistance to wear.
Sprue bushings are available in various sizes and configurations to accommodate different mold designs and production requirements.
Yes, sprue bushings can be customized to fit specific molds, ensuring proper alignment and efficient material transfer.
Sprue bushings serve as a connection point between the molding machine nozzle and the mold cavity, guiding and directing the molten plastic material into the mold.
Sprue bushings ensure proper material flow, reduce turbulence, and prevent leaks or air entrapment during the injection phase, resulting in high-quality and consistent molded parts.