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Vanguard (Wuxi) science & Technology Co., Ltd. is a Hong Kong-funded enterprise of Vanguard International Investment Co., Ltd. Vanguard (Wuxi) Precision Molding Co., Ltd. was established by Chairman Yang Weidong in June 2004 with the great ambition of “National Development by Industry”.

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Vanguard Employees' Amateur Photography Exhibition


Vanguard Technology boasts a highly educated, skilled, and professional collaborative team, with 10% of its members holding bachelor's degrees or higher, while 50% have associate or vocational school diplomas. The engineering and technical staff, on average, have over 5 years of industry experience.

Analysis of the Die Casting Mold Manufacturing Process


Mold Manufacturing Process Flow: Review the Drawing—Prepare Materials—Machining—Mold Base Machining—Core Machining—Electrode Machining—Mold Component Machining—Inspection—Assembly—Trimming—Trial Molding—Production A: Mold Base Machining: 1. Assign numbering; 2. Process A/B plates; 3. Machine the panel; 4. Fabricate the ejector pin holder plate; 5. Manufacture the base plate B: Core Machining: 1. Remove flash; 2. Coarse grinding; 3. Milling machine processing; 4. Precision machining by hand; 5. Rough CNC machining; 6. Heat treatment; 7. Fine grinding; 8. Precision CNC machining; 9. Electrical discharge machining; 10. Finish mold polishing C: Mold Component Machining: 1. Slide block machining; 2. Clamp block machining; 3. Runner cone and sprue processing

Mold Material Selection Principles


1. When wear-resistant workpieces undergo plastic deformation within the mold cavity, they both flow and slide along the cavity surface, generating intense friction between the cavity surface and the workpiece. This friction ultimately leads to mold failure due to wear. Therefore, wear resistance is one of the most fundamental and critical properties of a mold. Hardness is the primary factor influencing wear resistance—generally speaking, the higher the hardness of mold components, the lower the wear volume, and the better the wear resistance. Additionally, wear resistance is also closely related to the type, quantity, morphology, size, and distribution of carbides present in the material. 2. Most molds operate under extremely harsh conditions, with some frequently subjected to significant impact loads, which can lead to brittle fracture.