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Yuyao Taibang Sanitary Ware Co., Ltd.
Taibang Sanitary ware Co. Ltd. is China Zinc Alloy Power Tool Fittings Die Casting Manufacturers and OEM Zinc Alloy Power Tool Fittings Die Casting Factory. Taibang is a ′Step by Step′ for die castings. The factory is in the unique position of being able to provide the customer with design and manufacture of tooling, die casting the component, machine finishing, surface treatment and delivering the product。 TAIBANG was founded in 1994, for 30 years, it has provided unique solutions to its Tier One and OEM customers. Taibang is located at Yuyao city, Ningbo, Zhejiang, China, which is North to Shanghai (the financial center of China), 180 Kilometers, and East to Ningbo Beilun Port (the biggest port in China), 60 Kilometer. The factory covers an area of 13000 square meters . In addition, there are more than 60 employees, including more than 6 technicians. Through aggressive research and development of new products, TAIBANG have grown into manufacturer of die casting products fields in Asia with an annual output of over One thousand Tons of Products. Our products have distributed throughout China and exported to more than 20 foreign countries all over the world. Sincerely welcome friends from all over the world to negotiate cooperation with our company. Our service and quality will definitely satisfy you .
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Zinc Alloy Power Tool Fittings Die Casting Industry knowledge

Types of Zinc Alloy Power Tool Fittings

Zinc alloys are widely utilized in the manufacturing of various power tool fittings due to their excellent balance of mechanical properties and ease of manufacturing through processes like die-casting.
a)Handles and Grips: Handles and grips made from zinc alloys are integral components of power tools, providing ergonomic comfort and control during operation. Zinc alloys offer designers flexibility in shaping and finishing, allowing for customized grips that enhance user comfort and reduce fatigue. The alloys' inherent strength and durability ensure that handles withstand prolonged use and resist deformation under pressure.
b)Knobs and Dials: Knobs and dials crafted from zinc alloys serve as intuitive control interfaces for adjusting tool settings such as speed, torque, or depth. These fittings benefit from zinc alloys' dimensional stability, ensuring precise operation and reliable performance over the tool's lifespan. Designers can incorporate textured surfaces or ergonomic contours to improve grip and tactile feedback, enhancing usability in various working conditions.
c)Casing Components: Casing components, including housing and protective covers, play a crucial role in safeguarding internal mechanisms and electronic components of power tools. Zinc alloys provide lightweight yet robust solutions for casing, offering high impact resistance and shielding against environmental elements like moisture and dust. Manufacturers can achieve intricate designs and tight tolerances through die-casting, ensuring seamless integration and aesthetic appeal.
d)Gears and Mechanisms: Gears and mechanical components within power tools require materials that can withstand high stresses and ensure smooth operation. Zinc alloys excel in this regard, offering excellent machinability and wear resistance. Gears made from zinc alloys maintain dimensional accuracy and minimize friction, contributing to quieter operation and prolonged gear life. These alloys can be surface treated to enhance hardness and reduce wear, further enhancing their reliability in demanding applications.
e)Fasteners and Connectors: Fasteners and connectors in power tools must securely join components while enduring mechanical loads and vibrations. Zinc alloys provide an ideal balance of strength and ductility, allowing for reliable fastening solutions that resist loosening over time. Threaded inserts, nuts, bolts, and other fasteners made from zinc alloys offer corrosion resistance and compatibility with diverse materials, ensuring structural integrity and ease of maintenance.

Performance and Durability of Zinc Alloy Power Tool Fittings

Zinc alloys are renowned for their exceptional mechanical properties, making them a preferred material for manufacturing power tool fittings that require durability, reliability, and high performance in demanding operational environments.
a)Wear Resistance: One of the key attributes of zinc alloy power tool fittings is their ability to withstand wear and friction. Components such as gears, knobs, and connectors made from zinc alloys exhibit excellent resistance to abrasion, ensuring prolonged service life and consistent performance over time. This wear resistance is crucial in applications where components undergo frequent movement or contact, such as in rotary tools or adjusting mechanisms.
b)Impact Strength: Power tools often operate in rugged environments where impacts and shocks are common. Zinc alloys, particularly those designed for high impact applications, offer superior impact strength compared to many other materials. This property ensures that fittings such as casing components and protective covers can effectively absorb and dissipate energy from impacts, safeguarding internal mechanisms and electronic components from damage.
c)Corrosion Resistance: Maintaining operational integrity in diverse environmental conditions is vital for power tool fittings. Zinc alloys inherently possess good corrosion resistance, protecting components from rust and degradation caused by exposure to moisture, chemicals, or outdoor elements. Manufacturers can enhance this property through surface treatments such as plating or coatings, further extending the fittings' lifespan and ensuring reliability in humid or corrosive environments.
d)Dimensional Stability: Precision and dimensional stability are critical for power tool fittings to maintain consistent performance and fitment. Zinc alloys, due to their low shrinkage during solidification and minimal warping tendencies, offer excellent dimensional accuracy after casting or machining processes. This characteristic ensures that fittings maintain tight tolerances and proper alignment, contributing to smooth operation and minimal vibration during use.

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