High polish turning with MCD Inserts, tipped with monocrystalline diamond (MCD) and special tool holders based on systems 117 and 105 for mirror turning. The surface roughness Rz is ...

... coating to the KCP25C grade. The grade is extremely versatile when machining steel in a wide range of turning applications. It offers improved toughness and resistance to abrasion and chipping. Applied ...

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These inserts from Sau is among a wide range of products named SHG. These items are best used with their tooling products that may be indexed. Moreover, this range offers operators with products that are ideally used ...

Disposable insert. Single cutting edge. Note: Further indexable insert shapes, sizes and corner radii available on request.

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... cut applications of ductile and cast irons. TN20P Coated carbide. MTCVD-TiN-TiCN-Al2O3-TiN. Great general-purpose turning grade for steels. Ideal for semi-finishing to moderately heavy roughing. TN30M Coated ...

- We produce our products with the unique technology and the bests quality by setting the orientation of single crystal diamond. - Maximizing convenience by applying standard holder. - Greater performance with long tool life and the ...

... special needs of hard turning using solid inserts with a 9.52 mm incircle. The form-fit and force-fit connection helps the insert return to the insert seating and provides ...

BLU - a new sub-micrograin grade with PVD triple layer coating, The BLU grade provides a combination of very high strength with high wear resistance.

... Sharp cutting edges for machining alloyed materials and first choice for Stainless steel. Disadvantages: Existing on one grade IC908

The two major processes of hardening and tempering can be broken down into four major steps. First, a piece of carbon steel is heated gradually until it reaches a temperature above the alloy's critical temperature. The steel is then quenched, usually in water or oil (though other quenches, such as brine or sodium hydroxide solutions, are sometimes used to achieve a particular result). The steel is now at that given alloy's maximum hardness, but as stated above, also brittle. At this point, tempering is usually performed to achieve a more useful balance of hardness and toughness. The steel is gradually heated until the desired temper colours are drawn, generally at a temperature significantly lower than the alloy's critical temperature. Different colours in the temper spectrum reflect different balances of hardness to toughness, so different temper levels are appropriate for different applications. The steel is then re-quenched to 'fix' the temper at the desired level. A talented smith or metalworker can fine-tune the performance of a steel tool or item to precisely what is required based solely on careful observation of temper colours. A visual representation of this process may make the concept easier to understand.

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CVD Coated Carbide Grades WT8010 Grade Tough substrate for steel machining For high-speed and continuous cutting application

The term hardened steel is often used for a medium or high carbon steel that has been given heat treatment and then quenching followed by tempering. The quenching results in the formation of metastable martensite, the fraction of which is reduced to the desired amount during tempering. This is the most common state for finished articles such as tools and machine parts. In contrast, the same steel composition in annealed state is softer, as required for forming and machining.

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CVD coated grade for steel turning New Line of chipbreakers for Medium to Heavy cutting Extremely stable tool life due to amazing chipping resistance

Frequently, the term "hardening" is associated with tempered steel. Both processes are used hand in hand when hardening steel. The two part process begins with hardening the steel so that it becomes hard and does not wear over time. However, very often, this process leaves the steel very brittle and susceptible to breaking during use. Tempering reduces the hardness of the forged steel very slightly but improves the overall product as it results in steel that is much less brittle.

Carbidetoolingmanufacturers

... Optimized for external turning Longitudinal turning Face turning Profiling Roughing to finishing External turning of medium to large components ...

... fast feed, up to 3 mm/rev and small, up to 2.8 mm D.O.C. longitudinal turning. The new tools carry WOMG 100716-T3P-IQ double-sided 10° negative flank trigon inserts, for high feed turning ...

For machining cast iron materials •Suitable for smooth to slightly interrupted cuts •Enhanced coating adhesion with reduced residual stresses

... general purpose steel turning grade suitable for medium to light turning applications including the removal of outer skin, plus our new chip breakers NGE and NSE for optimised chip control ...

Ultimate performance CVD coated grade for high speed turning of steels Thick Al2O3 coating for improved wear resistance at high temperatures Super Nano Texture Technology with outstanding crystal orientation ...

CBN Inserts - Grade CTB H15 - for machining hardened steels Extrême demands are placed on tools used for hard machining. The cost and service life of tools play a significant rôle. The new CTB H15 ...

... for straight turning, copy turning, groove turninga and profile turning. The J-type inserts are available in many variations to enable the most suitable combination ...

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Depending on the temperature and composition of the steel, it can be hardened or softened. To make steel harder, it must be heated to very high temperatures. The final result of exactly how hard the steel becomes depends on the amount of carbon present in the metal. Only steel that is high in carbon can be hardened and tempered. If a metal does not contain the necessary quantity of carbon, then its crystalline structure cannot be broken, and therefore the physical makeup of the steel cannot be altered.

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CNC Backspotfacers, Backspotchamfers and Front/Backspotchamfers with Indexable Inserts Range: See PDF file for complete information

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Duratomic® is a high-performance grade offering that brings an exceptional combination of wear resistance and edge toughness behavior to a wide variety of Seco grades where every single ...

... The multi application grades CTPX710 and CTPX715 The new X7 multi-use grade can be used across ail application Windows. This is limited only by the chip breaker. Many materials, many requirements ...

A new generation turning grade has been launched, offering one of the highest levels of productivity and versatility in the market today. The Pramet T9415 is the most advanced MT-CVD grade ...

Worldia - CC Type Polycrystalline Diamond (PCD) Turning Insert - 80° Model: - CC TYPE Brand: - WORLDIA Availability: - Delivery time 15days Place of origin: - Beijing,China Capacity（Monthly）: ...

It is not easy to determine if steel has undergone the hardening and tempering process by simply looking at it, but there is a reliable and simple test.[1] To examine a piece of steel, obtain a hand file and file an edge of the selected metal. If the piece of steel has not undergone the hardening process, the metal file should easily 'bite' into the sample. If the metal has been hardened, the file fails to cut into the sample and glances off with little visible effect.