Induction Brazing

Induction Brazing

Quality Service for Your Needs

Metal parts can have a variety of induction heat treating requirements. Zion Industries has been meeting these demands for decades. Our team’s professionalism and efficient turnaround time makes us the leader in the induction heat treating services industry.

Induction brazing is a service that Zion excels at. The technique is a metal heat treating process where two or more like or unlike materials are joined together by means of another metal alloy with a lower melting point.

Why Use Induction Brazing?

Brazing has many benefits, including making joints exceptionally strong. At times, brazing can actually be stronger than two metals being joined.

Other attributes of brazed joints include:

  • liquid- and gas-tight
  • withstand shock and vibration
  • unaffected by normal temperature changes
  • provide good electrical conductivity
  • easily plated using conventional processes

Typical brazing temperatures vary between 800°F and 2150° F.

Modern induction heating provides reliable, repeatable, non-contact and energy-efficient heat in a minimal amount of time. Solid state systems are capable of heating very small areas within precise production tolerances, without disturbing individual metallurgical characteristics. That is why induction brazing produces the most accurate brazing results.

Why Choose Zion Industries?

Zion has more than 40 years solely focused on induction heat treating. Our engineers craft our own coils and machinery to create faster turnaround time and a better understanding of customers’ needs.

Our niche expertise allows our processes and equipment to be fine-tuned to the highest quality standards providing you top quality work. Zion’s efficiencies in turn minimizes your costs and improves your bottom line. Zion caters to its customer base with offices in Ohio, Michigan and North Carolina.

Are you ready to experience success with induction brazing? Give us a call at (330) 483-4650 or request a quote today to get started.