Carburizing Hardening Process

Vacuum carburizing or low-pressure carburizing (LPC) is a gas carburizing process inside the vacuum furnace. The carburizing gas used is Acetylene (Hydrocarbon). The goal of LPC is to achieve a hardened surface layer of tempered martensite tough core. Vacuum Carburizing has application in Gear Parts, Machine Components, and Bearing Components.

We are the known service provider for case depth and Induction hardening. Our organization is providing Progressive and case depth Induction Hardening Job work Service On SPM Machine Parts to our clients. Features: Quality approved Best techniques As par industry standards Advantages: Timely completion Guaranteed customer satisfaction less distoration service also available up to 15 Ton

Our Carburizing Hardening service involves diffusing carbon into the surface layer of low-carbon steel parts at high temperatures (typically 850 C to 950 C). Following the carbon enrichment, the parts are quenched to lock in a high-hardness "case." This "dual-structure" result ensures your components don't snap under pressure while their outer skin remains virtually immune to abrasion. Carburizing is a high-end thermochemical case-hardening process used to create a wear-resistant surface while maintaining a tough, shock-absorbing core. This is the go-to solution for heavy-duty steel components that must endure both extreme friction and high impact.

Description : Carburizing Hardening Service involves adding carbon to the surface of low-carbon steel components followed by controlled hardening. The process produces a hard, wear-resistant surface while maintaining a tough and ductile core. It helps improve the durability, fatigue resistance, and service life of components used in demanding industrial applications.

Carburizing Hardening Process

We are offering Rotary Furnace Heat Treatment or Rotary Furnace Heat Treatment Job Work. Offered range of rotary furnaces Heat treatment job work is manufactured by our expert engineers in accordance with the global quality standards. Basically, Rotary furnace Heat Treatment job work is gas fired, diesel fired or oil fired. The rotary furnace heat Treatment Job work is rotated or tilted. One end burner will be fitted and other end will be having movable exhaust duct to load material.

Case Carburizing Hardening Or Case Hardening

Perfect Heat Industries is service provider of Heat Treatment Services, Annealing Service etc.

We have a IPSEN SQF and have spare capacity every month. Carbon Steel Only. We can carry out Carbonitriding, Case Carburising Through Hardening. Per batch requirement shall be 400Kgs - or if that would be difficult , batch cost to be borne. Material supplied to be clean transport is customer scope. We would prefer working with customers with regular load. We are located in Doddaballapur , Bangalore.

We are the leading Carburizing Services Providers and Job workers for Precipitation Treatment Services in the following Areas Coimbatore,Erode, Tirupur, Hosur, Chennai, Madurai, Trichy, Salem and fother Tamilnadu Region.,

Case Hardening Process is a simple method of hardening steel. It is less complex than hardening and tempering. This techniques is used for steels with a low carbon content. Carbon is added to the outer surface of the steel, to a depth of approximately 0.03mm. One advantage of this method of hardening steel is that the inner core is left untouched and so still processes properties such as flexibility and is still relatively soft. We are the leading Service Providers and Job workers of Case Hardening Process in the following Areas Coimbatore,Erode,Tirupur,Hosur,Chennai,Madurai,Trichy,Salem andfother Tamilnadu Region., we can also do the services in the region of Karnataka,Andhra Pradesh and Kerala

Case Carburizing is a heat treatment process for surface hardening of low carbon steels. It is carried out on low carbon steels which contains 0.10 % to 0.25 % carbon whera as low carbon low alloyed steel also get processed and are known as carburizing steels.Generally, carburizing carried out in the temperature range 900-950 degree Celsius, and surface layer enriched with with carbon. In this process, Carbon is diffused into steel by heating above the transformation temperature and holding the steel in contact with a carbonaceous material which may be a solid , liquid or a gas medium. Gas Carburizing Hardening Furnace Specification: We have Pit Type Gas Carburizing Furnace (GCF) which is electric fired. The carburizing case of up to 2.0 mm can be achieved.NameGas Carburizing Furnace (GCF1) QTY: 1 Nos.Workable DimensionDiameter: 680 mm Length: 1500 mmPower Type80 KW, Electric Fired Three Zone Automatic Temperature ControllingTemperatureUp to 950 degree CelsiusNote:Our general cycle for case carburizing hardening haing case depth of 1 mm to 1.5 mm, for greater case depth please contact us. Tentative delivery time is 3 to 4 days, depend upon lot size and hardness requirement thus vary.General Case Hardening MaterialsEN-353, 8620

This is most commonly used surface hardening process for low carbon steels. Carburizing is a case hardening process that introduces carbon into a solid ferrous alloy. Metal is heated in carbon rich atmosphere above transformation temperature for pre decided time. After carburizing, parts are quenched to harden the surface carburizing layer.Case depth from 0.3 mm up to 3 mm can be provided. Please check with us for higher case depths. Steel Grades 20MnCr5, 16MnCr5, SAE 8620 H, SAE 8625 H, EN 353, 25CrMo4 SCM 420, SCM 415 etc Applications Transmission componentsFirst, second third stage gear Pinion Input shaft Output shaft Balance Idler Sprag Clutch CV Cage Gear Oil Pump Drive Differential Spider Engine ComponentsCrank Pin Piston rockshaft Bearing ComponentsInner ring Outer ring Needle roller bearing Plunger

Work hardening process is carried out which increases surface hardness of balls to avoid the handling damages in consecutive operations by a special method.

This is most commonly used surface hardening process for low carbon steels. Carburizing is a case hardening process that introduces carbon into a solid ferrous alloy. Metal is heated in carbon rich atmosphere above transformation temperature for pre decided time. After carburizing, parts are quenched to harden the surface carburizing layer.

This is the process of introducing carbon to the surface of low carbon steel. At low temperatures steel will not dissolve carbon, so for carburising, both the steel and the carburising medium must be heated to an elevated temperature. Usually carburising temperatures are around 870 - 950 . The higher the temperature the quicker will carbon be absorbed and deeper will be the case. Following are the two types of "Case Carb" baths in use: Case Carb - 1 Case Carb - 1 baths containing 17-20% NaCN are maintained at 20% NaCN when carburising plain carbon and low-alloy steels. Working Range:- 760 C - 950 C Case Carb - 2 This salt is preferred where work, which after carburising is to be martempered by quenching directly into HT - 150. Working Range:- 800 C - 950 C

carburetor, also spelled carburettor , device for supplying a spark-ignition engine with a mixture of fuel and air. Components of carburetors usually include a storage chamber for liquid fuel, a choke, an idling (or slow-running) jet, a main jet, a venturi-shaped air-flow restriction, and an accelerator pump. The quantity of fuel in the storage chamber is controlled by a valve actuated by a float. The choke, a butterfly valve, reduces the intake of air and allows a fuel-rich charge to be drawn into the cylinders when a cold engine is started. As the engine warms up, the choke is gradually opened either by hand or automatically by heat- and engine-speed-responsive controllers. The fuel flows out of the idling jet into the intake air as a result of reduced pressure near the partially closed throttle valve. The main fuel jet comes into action when the throttle valve is further open. Then the venturi-shaped air-flow restriction creates a reduced pressure for drawing fuel from the main jet into the air stream at a rate related to the air flow so that a nearly constant fuel-air ratio is obtained.

All induction hardening components

Hardening Process

Hardening process

Carburizing Hardening Process

Carburizing Hardening Process

Carburizing Process

Case Hardening

Carburizing Hardening Process

Carbonitriding Hardening Process

Carburizing Hardening Process

This is most commonly used surface hardening process for low carbon steels. Carburizing is a case hardening process that introduces carbon into a solid ferrous alloy. Metal is heated in carbon rich atmosphere above transformation temperature for pre decided time. After carburizing, parts are quenched to harden the surface carburizing layer.