HEAT TREATMENT
Obtaining Maximum Strength and Durability
HEAT TREATMENT
INNOVATIVE TECH ENGINEERING process the right heat treatment which will not only alter physical properties of material but also the mechanical properties to obtain maximum strength and durability for perfect machining and further processing.
For proper heat treatment, it is very important to work with an established company like INNOVATIVE TECH ENGINEERING that recognizes the heat treatment differences and mechanism to ensure that your product meets the specified requirements for maximum quality. After our heat treatment our products become more durable, stronger, flexible and it increases the overall lifetime of the part/product.
We understand how important your product is to your bottom-line, and we have the tools and techniques to provide you with nothing but the best results.
THE BENEFITS
During manufacturing, some materials might need to be involved in procedures that alter their grain structure. Heat treatments are a way of using controlled heating and cooling procedures to change metal’s physical properties and improve them to be used in a large range of industries. It is essential that the correct heat treatment procedures are followed to ensure the metal meets the specified strength requirements.
At Innovativetech Engineering we offer state of the art heat treatments and finishes, designed to add value to your product.
HEAT TREATMENT PROCESS
Caburizing
Normalizing
Hardening & Tempering
Tufftriding (Nitrocarburising)
HEAT TREATMENT FOR
Ferrous Metals
Nonferrous Metals
SURFACE TREATMENT PROCESS
Phosphating
Blackening
Copper Plating
Electroless Nickle Plating
Hard Chrome Plating
Zinc Plating (i) Silver (ii) Gold
CUSTOMERS
Some of our heat treatment customers are:
SUZUKI
TOYOTA
MASSEY FERGUSON
CASE NEW HOLLAND / FIAT
HINO MOTORS
EXPORTS
DO CASTING ALWAYS NEED HEAT TREATMENT?
The short answer is no. Some parts are ready to be used ‘as cast’ but, sometimes, you need a component for an application that requires certain specifications not offered by the material. This means that, if an alloy is perfect in any way except, for instance, resistance to abrasion, it can undergo heat treatment to gain that characteristic.
Therefore, while not every casting or part will require heat treatment, many materials can greatly benefit from them, since they can improve physical and mechanical properties.