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Foshan Nanhai Jiawei Metal Products Co., Ltd. has a history of more than 30 years since its establishment in 1992, with strong economic strength. With the rapid development of business, the production scale has also been expanding. In the second half of 2001, the new plant began to be built, and was completed and put into operation in 2003. Now the company covers an area of 21800 square meters, including 9500 square meters of factory buildings, 780 square meters of office buildings and 2780 square meters of dormitories. There are 165 employees, including 46 engineers and technicians.
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05/05-2024
Innovative Non-Toxic Cookware Revolutionizes Culinary ExperienceIn the dynamic culinary industry, manufacturers are responding to the demand for safe and efficient cookware. Aluminum die-cast and non-stick cookware, alongside BBQ accessories and Teflon pans, are at the forefront. The quest for the best nontoxic nonstick pan has led to revolutionary advancements. Our company leads this charge with premium nontoxic nonstick cookware, boasting durability, safety, and performance. From aluminum die-cast durability to superior non-stick coatings, our products redefine culinary excellence.
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05/30-2026
Can Aluminum Alloy Die Casting Make Thin-wall Parts?Aluminum alloy high-pressure die casting is fully capable of manufacturing thin-wall parts, with a stable minimum wall thickness of 1.0mm and an extreme limit of 0.8mm. Thin-wall die casting is prone to cold shut, incomplete filling, warpage andporosity due to rapid molten aluminum cooling. High-fluidity A413 and ADC12 are preferred alloys. Optimized mold gating/exhaust systems and upgraded injection parameters are required to guarantee product quality. Reasonable part structural design is also necessary. This technology is widely used in electronics and new energy industries to meet lightweight production demands.
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05/29-2026
What Tolerance Can Aluminum Alloy Die Casting Reach?This article explores the tolerance capability of aluminum alloy die casting, analyzing key factors including mold accuracy, process parameters, part structure and alloy properties. Typical tolerance ranges vary by part type, with general industrial parts achieving ±0.10mm–±0.30mm, while precision electronic parts can reach ±0.03mm–±0.10mm. Ultra-tight tolerances require secondary machining like CNC finishing. Improving tolerance stability demands mold maintenance, process monitoring and raw material control. Designers should align tolerance settings with die-casting standards and communicate with manufacturers to balance performance and cost, ensuring parts meet assembly requirements while controlling scrap rates.