Ms Yash International Delhi

PM STEEL GRADES: PM 23, PM4, PM 30, PM 39, PM52, PM 60 ROUND Dia: � Medium Dia: 25 mm to 160 mm � Large Dia: 165mm to 300 mm FLATS: (W) 10mm � 250mm to (H) 20mm � 100mm x Length (meters) PM 23 �is a chromium- molybdenum-tungsten alloyed vanadium steel which is a economical high powder grade metallurgical cold work steel, Suitable for blanking & forming of thinner work materials where a abrasive type of wear is encountered PM4 - is a high Vanadium-chromium- molybdenum-tungsten alloyed steel which is a high powder grade metallurgical cold work steel, Suitable where adhesive wear & chipping are the dominant problems occur such as SS, Mild steel, copper, aluminum or thicker work material PM 30 - is a very high performance Powder metallurgical material having a optimal high cobalt - vanadium-chromium- molybdenum-tungsten alloyed steel, Suitable for machining of nickel-base and titanium alloys, for heavy and interrupted cuts, such as gear hobs, shapers, milling cutters, twist drills, taps and broaching tools

We are offering different types of tool alloy steel in india. Special Grades: Grade D2, D3, H11, H13, EN-52, 21/4N , EN8, EN31, MNCR5, EN100

Cold-work steels have high chromium contents. They ensure high surface hardness, good toughness and compressive strength, and provide excellent wear resistance. Typical applications include cold-work tools, cutting-off tools, rolls for cold rolling, measuring tools, etc STEEL GRADES: D1, D2, D6, D2M, O1, O7, A2, H11, H13 ROUND Dia: � Medium Dia: 10 mm to 80 mm � Forged Dia: upto 250mm FLATS: (W) 10mm � 150mm to (H) 20mm � 80mm x Length (meters)

HSS GRADES: MOLYBDENUM GRADES: M2, M3/2, M4, M35, M42 TUNGESTEN GRADES: T1, T4, T5, T15, T42 Sizes & Ranges of above HSS mentioned grades: ROUND Dia: � Small Dia 20mm to 63 mm � Medium Dia: 65 mm to 160 mm � Large Dia: 165mm to 350 mm FLATS: (W) 10mm � 250mm to (H) 20mm � 100mm x Length (meters) Characteristic properties HSS grades:- � High working hardness � High wear resistance � High retention of hardness and red hardness � Excellent toughness Alloying elements present in HSS properties: � Carbon : forms carbides, increases wear resistance, is responsible for the basic matrix hardness. � Tungsten and molybdenum: improve red hardness, retention of hardness and high temperature strength of the matrix, form special carbides of great hardness. � Vanadium: forms special carbides of supreme hardness, increases high temperature wear resistance, retention of hardness and high temperature strength of the matrix. � Chromium: promotes depth hardening, produces readily soluble carbides. � Cobalt: improves red hardness and retention of hardness of the matrix.