high performance machining of high chromium wear resistance materials with

Types of Metals to Choose for Machining 2020 [Easy

These high carbon steels have materials like Chromium added to improve their mechanical properties. It was developed for bearing applications in 1905 and continues to be the most-used bearing steel. Common Uses: Ball Bearings in rotating machinery.


2017/11/3In this paper, a nano-scratch testing approach was used to measure and evaluate the abrasion wear resistance of high-chromium white cast irons in order to understand the wear mechanism in the interaction between the high-chromium white cast iron and the cBN cutting tool during the machining process. Scratch testing was performed on a nanoindentation instrument using a

CrCo alloys: drilling and milling with Mikron Tool

The coating is temperature and oxidation-resistant with high wear resistance and low adhesion to metals. Machining process Who wishes to machine materials such as chromium-cobalt alloys also needs a clearly defined machining process for successful machining in addition to a suitable tool.


With removal rates as high as 12 x 10 m s 3 -1 the machining of high resistance alloys with continuous chip type results in a condition of seizure between the chip and the rake face [3, 41. Chip shear strains near the tool surface can reach values close to 600 [4] and the heat generated


performance, and expand the service life [2]. High chromium hardfacing materials are widely used in industry due to its excellent wear resistance. The wear resistance of these materials is mainly achieved by a high hardness and high carbide contents and this

PCBN Insert

It fully meets the requirements of wear resistance, impact resistance, thermal stability and chemical stability of metal machining. Our PCBN inserts are widely used in processing pearlitic cast iron, high chromium and nickel alloy cast iron, hardened steel, powder metal, hard alloy and super alloy.

Machinability of Cobalt

Usually, machining of high hardness materials such as cobalt chromium molybdenum alloys results in many undesirable problems, which is often associated with short tool life of cutting tools and poor surface quality due to heat generation and plastic deformation.

Performance assessment of pCBN and bCBN tools in

2015/2/13This paper presents an experimental evaluation of the performance of cubic boron nitride (CBN) tools in the machining of high-chromium white cast iron. Two types of CBN tool materials were evaluated in the tests, including polycrystalline cubic boron nitride (pCBN) and binder-less crystalline cubic boron nitride (bCBN). Performance in terms of the levels of cutting forces, tool wear, surface

Microstructure and Wear Resistance of WC and High Chromium

coatings Letter Microstructure and Wear Resistance of WC and High Chromium Cast Iron Hardfacing Layers Runnan Jia 1,2, Shenglin Liu 3, Zhichao Luo 1,2,*, Jiapei Ning 1,2, Haiyan Wang 1,2, Tiegang Luo 1,2, Yongsheng Zhu 3, Xiangsheng Yuan 3 and Zhe Wang 3

Wear resistance of high chromium white cast iron for

High chromium white cast iron alloy used in coal grinding components is a material that may present different wear resistance depending on the thermal treatment used in its manufacturing. In this context, the properties of this alloy, containing 22% chromium and 3% carbon, were investigated after applying different heat treatments and their influence on the abrasion wear resistance was evaluated.

Tool Wear of Aluminum/Chromium/Tungsten/Silicon

rises very high in high-speed cutting, the tool materials require both good wear-resistance and heat-resistance, and the cutting H. Katoh, et al., Cutting Performance of CBN Tools in Machining of Austempered Bainitic Spheroidal Graphite Cast Iron, Journal of


Machinability is the ease with which a metal can be cut permitting the removal of the material with a satisfactory finish at low cost. Materials with good machinability (free machining materials) require little power to cut, can be cut quickly, easily obtain a good finish, and do not wear the tooling much.much.

Assessment on abrasiveness of high chromium cast iron

2018/5/11. Introduction The PCBN (Polycrystalline Cubic Boron Nitride) inserts are widely used as cutting tools for extremely hard and thermally stable tools materials. According to Patel and Gandhi (2016) and Sobiyi and Sigalas (2016), almost all PCBN inserts are used for the high hardness (50HRC) materials and offering the high finished surface quality, high manufacturing efficiency and low cost to

How to Choose the Right Corrosion

How to choose the right corrosion-resistant material Material selection is a crucial part of any manufacturing process. Choosing the right material is so important because the material defines the chemical and mechanical properties of the component being manufactured, can significantly influence the longevity of the component, and ensures that part functions properly.

Hardlite™ Premium Chromium Carbide Overlay Plate

Hardlite ultra-thin chromium carbide overlay plate is available in thicknesses of 5/32″, 13/64″ or 1/4″ nominal. The performance of Hardlite wear plate has been proven to provide exceptional wear protection in many of the harshest environments.

Coating Technology

It has succeeded in improving the heat resistance during cutting and coating hardness, and thus delivers high performance in high hardness material machining and high speed dry cutting. It also has the high adhesion strength for the cemented carbide substrate, and extends the tool life significantly compared to conventional products.


Wear journal is dedicated to the advancement of basic and applied knowledge concerning the nature of wear of materials. Broadly, topics of interest range from development of fundamental understanding of the mechanisms of wear to innovative solutions to practical engineering problems.


oxide ceramics are promising materials for cutting of wood-based materials as they exhibit high hardness, high wear and chemical resistance. The study of Nouveau et al. 2007 deals with application of chromium aluminium nitride hard coatings in machining of

Machining Performance Using the Mitsubishi Micro MZS Drills With 2 Coolant Holes Through.

vide high machining performance, Mitsubishi Materials has developed a new series of small diameter carbide drills with through coolant c a-pacity. Touted as the worlds smallest drill with coolant through, these drills are being offered in a size range from .039 to


2008/12/11The machinability of high chromium wear resistant materials is poor due to their high hardness with a large amount of hard chromium carbides. This study is focused on improving the machinability of high chromium wear resistant materials with different microstructures and hardness levels via laser-assisted machining (LAM).

Machining NeoNickel High Performance Alloys

High performance alloys are much stronger than plain carbon steels. For example, Nickel Alloys are usually much stronger at metal cutting temperatures and they are "gummy" with chips that tend to be stringy and tough.It is crucial to understand the basic properties of the materials being machined. Tooling which is the optimum choice for material in the annealed condition will not be the

Machining NeoNickel High Performance Alloys

High performance alloys are much stronger than plain carbon steels. For example, Nickel Alloys are usually much stronger at metal cutting temperatures and they are "gummy" with chips that tend to be stringy and tough.It is crucial to understand the basic properties of the materials being machined. Tooling which is the optimum choice for material in the annealed condition will not be the

5 Types of Cutting Tool Materials of Machine Tool

In particular, its high hardness and wear resistance remain basically unchanged even at a temperature of 500 C, and it still has a high hardness at 1000 C. Therefore, the cutting performance of cemented carbide is much higher than that of high-speed steel, and the durability of the tool can be improved several times to dozens of times.

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