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Jiashan Hongyan Technology Manufacturing Co., Ltd.

4 PCS carbon steel zinc plated heavy-duty fix anchor bolts Manufacturers

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4 PCS carbon steel zinc plated heavy-duty fix anchor bolts

Fix anchorbolts include bolts, washers, nuts and 4PCS cylindrical shields. By tightening the bolts, the shields tubes expand and the components can be firmly fixed on hard objects such as concrete walls. Our carbon steel zinc plated heavy-duty fix anchor bolts greatly improve the fixing strength and are an efficient helper for building construction and interior decoration. Our products and packaging have a good reputation in the market.

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4 PCS carbon steel zinc plated heavy-duty fix anchor bolts
  • 4 PCS carbon steel zinc plated heavy-duty fix anchor bolts
  • 4 PCS carbon steel zinc plated heavy-duty fix anchor bolts
  • 4 PCS carbon steel zinc plated heavy-duty fix anchor bolts
  • 4 PCS carbon steel zinc plated heavy-duty fix anchor bolts
  • 4 PCS carbon steel zinc plated heavy-duty fix anchor bolts

Size

M6*50, M8*60, M10*70, M12*90, M16*110

Coating&finish

zinc plated

Material

carbon steel

Packaging

12 boxes in each carton and the cartons will be placed on the pallet (the number of products in the box depends on the size)

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Jiashan Hongyan Technology Manufacturing Co., Ltd.

Jiashan Hongyan Technology Manufacturing Co., Ltd. dedicated to the production of stainless steel, carbon steel and low alloy steel fasteners, such as non-standard special-shaped screws, high-strength standard screws, four-piece expansion screws, etc. The company is based on high-grade and high-end markets and mainly exports to dozens of countries and regions such as Europe, the United States, and the Middle East. Our fasteners are used in many fields such as construction, bridges and roads, photovoltaics, mechanical equipment, and auto parts factories. Carbon Steel Zinc Plated Heavy Duty Shield Anchor Bolts Manufacturers and Factory in China. We have many experienced mold masters who are proficient in mechanical processing skills, including CNC machining, turning, milling, etc. to ensure the accuracy and quality of mold processing. According to the samples or drawings provided by customers, molds are accurately opened to produce high-quality products that meet the requirements. We provide different heat treatment processes to achieve the strength required by customers, and provide different surface treatment processes such as colored zinc, blue and white zinc, blackening, nickel plating, and Dacromet to meet the corrosion resistance needs in different scenarios.

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How to enhance the surface durability of 4 PCS carbon steel zinc plated heavy-duty fix anchor bolts
Enhancing the surface durability of 4 PCS carbon steel zinc-plated heavy-duty fix anchor bolts involves implementing measures to protect the bolts from wear, corrosion, and environmental factors. Here are several strategies to enhance the surface durability of these anchor bolts:
Optimal Zinc Plating Thickness:Ensure that the zinc plating is applied with an optimal thickness. Thicker zinc coatings generally provide better corrosion resistance and durability. Adherence to industry standards for zinc plating thickness is crucial for achieving desired performance.
Surface Texture and Coating Design:Consider incorporating specific surface textures or coatings designed for enhanced durability. Depending on the application, coatings with wear-resistant properties, such as zinc-nickel alloy coatings, may provide improved surface durability.
Corrosion Inhibitors:Include corrosion inhibitors in the zinc plating formulation. These inhibitors can enhance the ability of the zinc coating to resist corrosion over an extended period, contributing to the overall durability of the anchor bolts.
Additional Protective Coatings:Apply supplementary protective coatings or sealants over the zinc plating. Epoxy coatings, polymer coatings, or clear sealants can provide an extra layer of protection against environmental factors, chemicals, and abrasion.
Hardened Surface Treatments:Consider surface treatments that harden the outer layer of the anchor bolts. Techniques such as case hardening or nitriding can increase surface hardness, making the bolts more resistant to wear and abrasion.
Ceramic or Polymer Coatings:Explore the use of ceramic or polymer coatings that offer exceptional wear resistance. These coatings can provide a durable and protective layer on the surface of the anchor bolts, extending their lifespan.
Shot Peening:Implement shot peening to induce compressive stresses on the surface of the bolts. This process can improve fatigue resistance and enhance the overall durability of the anchor bolts by reducing the likelihood of crack initiation.
Surface Finish Optimization:Optimize the surface finish of the anchor bolts during manufacturing. Smoother surfaces may reduce friction and wear, contributing to improved surface durability.
Regular Maintenance and Inspection:Establish a regular maintenance schedule to inspect the condition of the anchor bolts. Promptly address any signs of wear, corrosion, or damage to prevent deterioration over time.
Material Selection for Specific Environments:Consider the specific environmental conditions in which the anchor bolts will be used. Choose materials and coatings that are best suited for the given environment, taking into account factors such as humidity, temperature, and exposure to corrosive substances.
Usage Guidelines and Limits:Communicate clear guidelines for the proper use and limitations of the anchor bolts. Ensuring that the bolts are used within specified load capacities and environmental conditions can contribute to their long-term durability.
Anti-Corrosive Lubricants:Consider using anti-corrosive lubricants during installation. Lubricants can reduce friction during assembly and provide an additional layer of protection against wear and corrosion.