Author: FTI

There is a common challenge faced by many acid zinc platers who perform hydrogen embrittlement relief on fasteners while needing to adhere to the requirements of a corrosion resistance spec: double handling of parts.

The following case studies will explore how two OEMs used different paths and succeeded in reducing non-value added cost. One OEM preferred to use the highest quality materials. This approach resulted in a product that provides extended durability, therefore reducing warranty costs. Another OEM opted to reduce process steps and the associated waste by utilizing the most efficient processes available

A company’s competitiveness and future viability depend largely on how effectively and quickly it can respond to changing customer needs and markets. These include rising quality requirements, end-to-end traceability along the value-adding chain, delivery reliability, flexibility and cost effectiveness. The technical development of the machines required for production alone is not sufficient to fulfil these complex tasks

High-strength structural bolts are designed for steel-to-steel connections. They are ideal for applications requiring high tensile strength or tension control such as use in bridges, buildings, airports, stadiums and other structures requiring steel-to-steel connections. Structural products are often exposed to many external factors such as water, varying temperatures or salty air, and can corrode quickly if not protected with a coating. Corrosion, which is a process of gradual destruction of metallic materials, can significantly affect the quality of the fasteners. In fact, corrosion is considered one of the leading causes of damage to these fasteners.