HOT Forging
Our extensive forging facilities have best capabilities in Pakistan enabling us to produce some of the most complex precision-forged components
EXTENSIVE FACILITIES : EFFECTIVE SOLUTIONS
Our extensive forging facilities have best capabilities to produce some of the most complex precision-forged components in Pakistan. We offer high level forging expertise and experience across a variety of industries. Our forged components are highly selected because of their high integral strength and durability.
Our state of the art forging facilities enables the highest possible level of material deformation and the access to complex 3D geometries. Hot forged components possess increased ductility which makes them desirable for many configurations. The excellent surface quality allows a wide range of finishing work as polishing, coating or painting, tailored to customers’ specific need.
Best Precision Forged Components
Tailored to Customers’ Specific Need
Better Mechanical Properties, Stronger Components
Improved Forging Processes to achieve High Quality
Cost Effective Solutions is our Identity
HOT FORGING
The hot forging manufacturing process is performed at extreme high temperature. This temperature is necessary in order to avoid strain hardening of the metal during deformation. Infinity Engineering hot forging facilities provides extremely high quality forging products.
Counter Blow Line
13000 MKG
Heating: Continuous Gas Fired Furnance
Drop Forging
80 CWT
Heating: 350KW Induction Heater
Press Forging
1350 Tons
Heating: 850KW Induction Heater
Upsetting
1200 Tons
Heating: Continuous Gas Fired Furnace
CUSTOMERS
Some of our forging customers are:
SUZUKI
TOYOTA
MASSEY FERGUSON
CASE NEW HOLLAND / FIAT
HINO MOTORS
EXPORTS
Better Control of the Production Costs
Infinity Engineering has adopted and continuously improved the forging process for decades and has achieved unrivalled efficiency and quality.
Infinity Engineering actively collaborates with the customer from the early stages of the design phase, introducing elements useful to enable the development of a streamlined and efficient productive process, hence an optimized competitive, high-quality product from inception. Compared to the die casting process, hot forging offers much improved mechanical characteristics and surface appearances with superior efficiency and repeatability of the process.
As the forging process reduces porosity, it also ensures less scraps in the successive process of machining and, in general, a better control of the production costs.
