FORGING :
The training and skill of our team provides flexibility
in meeting customer requirements.
Our mission is to achieve excellence in serving customers through
production of metal component parts. Forgings at Aramax Engineering
have been produced with the highest metallurgical reliability.
The forged parts are made of a variety of Structural Steel, Tool
Steel, Heat-resistant Steel, Super Alloys, Stainless Steel, Aluminum,
Copper Alloys, Titanium, Nickel based alloys, and Magnesium alloys
to meet our customers’ requirements for marine, cement,
defense, sugar, automotive engineering, railway industry and many
other advanced engineering industries. When the forging process
provides desirable or essential attributes, Aramax Engineering
makes the forging process work.
Internal machining capabilities include punching, drilling, bending,
swaging, coining, tapping and threading. We have also formed working
partnerships with outside suppliers allowing us to provide finished
parts to customer assembly operations.
IMPRESSION DIE FORGING/PRECISION FORGING:
Press Forging
In order to attain uniform material properties and large weight
forging, we use press forging. Unlike an open-die forging where
multiple blows transfer the compressive energy to the outside
of the product, press forging transfers the force uniformly to
the bulk of the material.
Upset Forging
When we need to increases cross-section by compressing the length,
we go for this method of forging. In order to save our customer's
precious money, we use this form of forging to produce heads on
bolts and fasteners, valves and other similar parts.
Roll Forging
In roll forging, a bar stock, round or flat is placed between
die rollers which reduces the cross-section and increases the
length to form parts such as axles, leaf springs etc. This is
essentially a form of draw forging.
Swaging
Swaging - a tube or rod is forced inside a die and the diameter
is reduced as the cylindrical object is fed. The die hammers the
diameter and causes the metal to flow inward causing the outer
diameter of the tube or the rod to take the shape of the die.
Near-Net Shape Forging
Usually, forging results in wastage of material in the
form of material flash and subsequent machining operations. This
wastage can be as high as 70 % for gear blanks, and even 90+ %
in the case of aircraft structural parts. In order to save this
un-necessary wastage of material we adopt Net-shape and near-net-shape
processes by making precision dies, producing parts with very
little draft angle (less than 1º).
Besides, we also carry out closed die forging, hammer forging,
and drop forging.
Finished component parts are produced for customers by adding
machining operations and surface treatments such as polishing
and plating. In house production of forging tools and dies is
accomplished utilizing CAD/CAM, EDM die sinking, and composite
die welding techniques.
We accept all small, large and regular orders. We are interested
in developing your products as per your specific requirements.
Please feel free to contact
us to send us your RFQ we are always here to help you.
