High Speed Steel Suppliers in Mumbai

High speed steel is a type of steel alloys, typically used during steel for cutting tools. This is also used in propellers bits and drill on electric-saw. High-speed steels provide specialized mechanical and physical characteristics which make them better proponents for production processes with such an optimized series of good strength , wear resistance, hardness and durability.

Suman Steel is a trusted High Speed Steel Suppliers in steel industry at best prices. Manufacturing processes is an amongst the most essential aspects for the making and formation of advanced industrial production, particularly mass production. Fast all the tools used with the objective are created from steels with high speed. The high-speed steel category includes all high-alloy tool steels which maintain the required, high integrated toughness of approximately 60 to 67 HRC at functioning temperatures of up to nearly 600 ° C. High speed steel component M42 High Speed Steel alloy of the molybdenum sequence with such an added 8 per cent cobalt. (HSS Steel M42) 8 per cent Cobalt tool pieces is designed to operate with toughening alloys as well as other hard materials. These have enhanced life of the tool and resistance to water. That promotes cutting edge output and maintenance. Proportion of steel M42 provides for a strong mix of strength and toughness. Along with its outstanding red-hardness compared to even more standard high-speed steels, our high-speed steel M42 is majorly used in metal manufacturing sectors and then in metal cutting production, enabling for short lead periods in manufacturing systems due to increased cutting angles or the increase substantially among components changes. High Speed Steel grade M42 is a steel that can be used in circumstances in which the availability for hot toughness seems to be of high significance i.e. where high performance is necessary. On the otherhand, M2 High Speed Steel is based through tungsten – molybdenum sequence built on molybdenum. HSS grade steel M2 is a high speed alloyed medium steel with better formability. The chemical properties of high speed steel M2 provides a significant mixture of very well-balanced durability, fracture toughness as well as the properties of red stiffness. Commonly used during metal cutting like bent drill bits, taps, cutters for grinding, saws, knives etc. High speed and light slashes also generally used during cold work uppercuts and dies and cutting procedures. Globally, the M2 sort is perhaps the most prominent high speed steel simply replacing T1 high speed due to its excellent characteristics and relative efficiency in most methods. We are one of leading High Speed Steel Suppliers And, so we can give much better quality material and alloy that at the appropriate price for your different applications.

Equivalent grades:

Chemical composition:

M2

M2 is a tungsten-molybdenum high-speed steel. It is a popular grade for general purpose cutting and non-cutting application. It has a wider heat-treating range than most of the molybdenum high-speed steels, coupled with a resistance to decarburization that is a characteristic property of tungsten types. M2 offers an excellent combination of red-hardness, wear resistance, and toughness. We have made M2 available in a wide variety of shapes and sizes. As with all Alro Specialty Metal products, M2 is subjected to a variety of inspection and rigid quality control tests to ensure quality, uniformity, and reliability.

High-speed steel featuring high resistance to adhesive and abrasive wear in combination with high toughness and compressive strength. Blocks for eroding, cold forming tools such as cutting, fine blanking and impact extrusion punches and dies inserts with a very high wear resistance.

Application:

Broaches, Boring Tools, Chasers, Cold Forming Rolls, Cold Heading Inserts, Drills, End Mills, Form Tools, Hobs, Lathe and Planer Tools, Punches, Milling Cutters, Taps, Reamers, and Saws.

Chemical composition:

Heat treatment:

M35

Cobalt added M2 high speed steel in which the cobalt addition provides hot hardness, The improved hot hardness makes the steel suitable for machining high-strength and prehardened steels, high-hardness alloys.

Application:

Twist drills, taps, milling cutters, reamers, broaches, saws, knives, and hobs.

Heat Treatment:

M42

M42 is a molybdenum-cobalt high-speed steel capable of being hardened to 70 Rockwell C. The carbon content is higher than in most high-speed steels, and with this balanced composition, contributes to wear resistance and hot hardness as well as the high hardness capability. M42 exhibits good grindability and relatively good toughness at high hardness levels. M42 is being used for the machining of heat treated materials (high hardness) and high temperature alloys.

 Application:

Broaches, Circular and Dovetail Form Tools, Drills, End Mills, Lathe Tools, Milling Cutters, Punches, Reamers, Slitting Saws, and Twist Drills.

Chemical composition:

Heat treatment:

Annealing	770 - 840 °C
Hardness after annealing	Max. 280 HB
Stress relieving	600 - 650 °C
Hot forming	1100 - 900 °C
Hardening	1170 - 1210 °C
Quenching media	Oil, Salt bath,vacuum
Hardness after quenching	67 - 69 HRC
Hardness after tempering :	300°C 400°C 500°C 550°C 600°C 650°C HRC 60.5 61.5 66 68 64 50

T1

Tungsten based high-speed steel, Good combination of toughness and red-hardness. High  resistance to wear and softening. Relatively easy to harden.

Application:

T1 high speed steel is the most widely used tungsten is a general type of high speed steel, high temperature hardness and red hardness and hardness is high, easy to grinding. Apply for working temperature below 600 ℃ can still keep the cutting performance of cutting tools, such as vehicles, shaver, milling, reaming, broach, drilling, gear cutting tools and tap, die, etc., And make high temperature abrasion machine parts.

Chemical composition:

	CARBON C %	SILICON Si%	MANGANESE Mn%	CHROMIUM Cr%	TUNGSTEN W%	VANADIUM V%	PHOSPHORUS P%	SULPHUR S%
AISI T1	0.65-0.75	0.20-0.40	0.20-0.40	3.75-4.50	17.25-18.75	0.9O-1.30	≤ 0.035%	≤ 0.035%

Heat treatment:

Annealing	770 - 840 °C
Hardness after annealing	Max. 280 HB
Stress relieving	600 - 650 °C
Hot forming	1100 - 900 °C
Hardening	1190 - 1230 °C
Quenching media	Oil, Salt bath,vacuum
Hardness after quenching	64 - 66 HRC
Hardness after tempering :	300°C 400°C 500°C 550°C 600°C 650°C HRC 63 62 65 65 63 58