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Calmax Uddeholm Calmax Reference Standard

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Calmax Uddeholm Calmax Reference Standard CALMAX UDDEHOLM CALMAX REFERENCE STANDARD AISI WNr. JIS ASSAB DF-3 ARNE O1 1.2510 SKS 3 ASSAB XW-10 RIGOR A2 1.2363 SKD 12 ASSAB XW-42 SVERKER 21 D2 1.2379 (SKD 11) CALMAX / CARMO CALMAX / CARMO 1.2358 VIKING VIKING / CHIPPER (1.2631) CALDIE CALDIE ASSAB 88 SLEIPNER ASSAB PM 23 SUPERCLEAN VANADIS 23 SUPERCLEAN (M3:2) 1.3395 (SKH 53) ASSAB PM 30 SUPERCLEAN VANADIS 30 SUPERCLEAN (M3:2 + Co) 1.3294 SKH 40 ASSAB PM 60 SUPERCLEAN VANADIS 60 SUPERCLEAN (1.3292) VANADIS 4 EXTRA SUPERCLEAN VANADIS 4 EXTRA SUPERCLEAN VANADIS 8 SUPERCLEAN VANADIS 8 SUPERCLEAN VANCRON SUPERCLEAN VANCRON SUPERCLEAN ELMAX SUPERCLEAN ELMAX SUPERCLEAN VANAX SUPERCLEAN VANAX SUPERCLEAN ASSAB 518 P20 1.2311 ASSAB 618 T (P20) (1.2738) ASSAB 618 / 618 HH (P20) 1.2738 ASSAB 718 SUPREME / HH IMPAX SUPREME / HH (P20) 1.2738 NIMAX / NIMAX ESR NIMAX / NIMAX ESR VIDAR 1 ESR VIDAR 1 ESR H11 1.2343 SKD 6 UNIMAX UNIMAX CORRAX CORRAX ASSAB 2083 420 1.2083 SUS 420J2 STAVAX ESR STAVAX ESR (420) (1.2083) (SUS 420J2) MIRRAX ESR MIRRAX ESR (420) MIRRAX 40 MIRRAX 40 (420) TYRAX ESR TYRAX ESR POLMAX POLMAX (420) (1.2083) (SUS 420J2) RAMAX HH RAMAX HH (420 F) ROYALLOY ROYALLOY (420 F) COOLMOULD COOLMOULD ASSAB 2714 1.2714 SKT 4 ASSAB 2344 H13 1.2344 SKD 61 ASSAB 8407 2M ORVAR 2M H13 1.2344 SKD 61 ASSAB 8407 SUPREME ORVAR SUPREME H13 Premium 1.2344 SKD 61 DIEVAR DIEVAR QRO 90 SUPREME QRO 90 SUPREME FORMVAR FORMVAR 20190618 ( ) - modified grade “ASSAB” and the logo are registered trademarks. The information contained herein is based on our present state of knowledge and is intended to provide general notes on our products and their uses. It should therefore not be construed as a warranty of specific properties of the products described or a warranty for fitness for a particular purpose. Each user of ASSAB products is responsible for making its own determination as to the suitability of ASSAB products and services. Edition 20191113 2 | CALMAX CALMAX The majority of presswork tools used today are manufactured using traditional tool steel such as O1, A2, D2, D3 or D6. These steel offer an apparent adequate wear resistance and their hardness range is suitable for most applications. However, the poor toughness, flame and induction hardenability and weldability of these grades often results in low productivity and high maintenance costs due to unexpected tool failure. The aim of Calmax is to secure an optimal tooling economy, i.e. the lowest tooling costs per part produced. The pressworking industry has gone through some considerable changes in the last decades. Stainless steel and surface coated strip have been commercialised and high speed presses have been developed. To these technological advances just in time (JIT) manufacture and the moves toward increased productivity and tool life guarantees must be added. The traditional presswork tool steel are still routinely specified and selected but often result in poor tool performance and productivity. The well balanced properties profile of Calmax is much better matched to modern work materials and manufacturing methods. Calmax offers the high degree of safety which is essential for optimal tooling performance and maximum productivity. CALMAX | 3 GENERAL PROPERTIES Calmax is a chromium molybdenum-vanadium alloyed steel characterised by: Temperature 20 oC 200 oC 400 oC z High toughness Density z Good wear resistance 7 770 7 720 7 650 kg/m3 z Good through hardening properties Modulus of z Good dimensional stability in hardening elasticity 194 000 188 000 178 000 MPa z Good polishability Coefficient z Good weldability of thermal to 100°C to 200°C to 400°C expansion per 11.7 x 10-6 12.0 x 10-6 13.0 x 10-6 oC from 20 oC Thermal C Si Mn Cr Mo V conductivity - 27 32 Typical analysis % 0.6 0.35 0.8 4.5 0.5 0.2 W/moC Specific heat Delivery condition Soft annealed to approx. 200 HB 455 525 608 J/kg°C Colour code White/violet COMPRESSIVE STRENGTH Approximate values at room temperature. Hardness Rcm Rc0.2 HRC N/mm2 N/mm2 APPLICATIONS 56 2 300 1 900 The excellent combination of toughness and wear 58 2 500 2 000 resistance makes Calmax suitable for different applications. 60 2 700 2 100 IMPACT STRENGTH AND HARDNESS TYPICAL COLD WORK APPLICATIONS Approximate values at room temperature for z General blanking and forming different tempering temperatures. Hardened at 960°C Quenched in air. Tempered twice. z Heavy duty blanking and forming z Deep drawing Bar dimension 315 x 80 mm. Samples from centre of bar in ST (thickness) direction z Coining z Cold extrusion dies with complicated geometry Charpy V Impact energy, KV, J Hardness, HRC z Rolls 90 60 z Shear blades 80 Hardness z Prototype tooling 70 50 60 PLASTIC MOULDING APPLICATIONS 50 40 40 z Long run moulds 30 30 z Moulds for reinforced plastics 20 z Moulds for compression moulding 10 KV 20 200 300 400 500 600 700 Tempering temperature oC 4 | CALMAX HEAT TREATMENT QUENCHING MEDIA SOFT ANNEALING z Forced air/gas Protect the steel and heat through to 860°C, holding z Vacuum furnace with sufficient overpressure time 2 hours. Cool in furnace 20oC/h to 770oC, then z Martempering bath or fluidised bed at 200–550°C 10oC/h to 650oC and subsequently freely in air. followed by forced air cooling z Oil STRESS RELIEVING Note 1: Quenching in oil gives an increased risk for After rough machining the tool should be heated dimensional changes and cracks. through to 650°C, holding time 2 hours. Cool slowly to 500°C, then freely in air. Note 2: Temper the tool as soon as its temperature reaches 50–70°C. HARDENING Preheating temperature: 600 – 750 °C. HARDNESS AND RETAINED AUSTENITE AS A FUNCTION OF AUSTENITISING Austenitising temperature: 950 - 970 °C, normally TEMPERATURE 960°C. Holding time* Hardness before tempering Temperature oC minutes HRC 980 30 62 960 30 63 970 30 64 * Holding time = time at austenitising temperature after the tool is fully heated through Protect the part against decarburisation and oxidation during hardening. CCT-GRAPH Austenitising temperature 960 °C. Holding time 30 minutes. oC 1100 Austenitising temperature 960 °C. Holding time 30 minutes. 1000 900 AC1f = 850 °C 800 AC1s = 790 °C Carbides 700 Cooling Pearlite Hardness T Curve 800-500 HV 10 sec 600 No. 1 820 1 500 2 762 107 400 3 743 423 Bainite 4 734 1 071 300 5 657 1 596 Ms 6 455 3 228 200 7 413 4 292 Martensite 100 1 10 100 1 000 10 000 100 000 Seconds 1 10 100 1000 Minutes 1 10 100 Hours 0.2 1.5 10 90 600 Air cooling of bars, Ø mm CALMAX | 5 TEMPERING An example of dimensional changes of a plate, hardened and tempered under ideal conditions, is Choose the tempering temperature according to shown in the graph below. the hardness required by reference to the tempering Heat treatment: Hardening 960°C/30 min., cooling graph. Temper at least twice with intermediate in air and tempering 2 x 2 h at various temperatures cooling to room temperature. The lowest tempering temperature which should be used is 180°C. The Specimen size: 100 x 100 x 10 mm minimum holding time at temperature is 2 hours. TEMPERING GRAPH SURFACE TREATMENT Some cold work tools are given a surface treatment in order to reduce friction and increase tool wear Above tempering curves are obtained after heat resistance. The most commonly used treatments are treatment of samples with a size of 15 x 15 x 40 nitriding and surface coating with wear-resistant layers mm,cooling in forced air. Lower hardness can be produced via PVD and CVD. expected after heat treatment of tools and dies due to factors like actual tool size and heat treatment Two commonly used nitriding processes are ion parameters. nitriding and gas nitriding. Ion nitriding is normally performed at a lower temperature than gas nitriding and is, therefore, the preferred method for Calmax when a substrate hardness of ~54 HRC is required. Substrate Case Temp Time Case depth Process hardness hardness oC h µm HRC HV Ion 465 * 18 200 54 1 075 Gas 510 * 12 200 52 1 075 * The nitriding temperature used should be 15–25°C lower than the previously used tempering emperature. A thick case depth considerably reduces the toughness Typical blanking die where Calmax could be used because of the of the tool. The case depth, which can be controlled high demands on toughness. by the nitriding time, should be selected to suit the application in question. DIMENSIONAL CHANGES Calmax can also be CVD coated but the deposition temperature should not exceed 960°C. The tool should be re-hardened after being coated. The dimensional changes during hardening and tempering vary depending on temperature, type PVD coatings can be deposited at temperatures of equipment and cooling media used during heat between 200°C and 500°C. If 200°C is used, the treatment. Calmax substrate hardness will be higher than that obtained at a deposition temperature of 500°C. The size and geometric shape of the tool are also However, the adhesion of the coating on the steel is of essential importance. During toolmaking, provide better if a deposition temperature of 500°C is used. adequate machining allowance to compensate for distortion. Use 0.20% as a guideline for Calmax. Any The PVD deposition temperature should be approx. distortion arising from hardening and tempering can 20°C lower than the previously used tempering then be adjusted during finish machining.
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