As a result of changes in these conditions, can be very pleased to have processed many titanium alloys and nickel-based alloy materials C-2 hard metal alloys, in the application to today's cutting edge of blade to the crushing and cutting depth of the trench lines badly worn。 But using the latest high-temperature processing of small particles hard metal alloys to be effective, cutlery life improved, but more importantly to enhance the reliability of applications in high-temperature alloys。 Small particles hard metal than traditional hard metal materials higher compression strength and hardness, only a small increase in the resilience of the cost。 And resulted in high temperature alloy processing than traditional hard metal resistance common failure mode more effective。

PVD (physical gas phase deposition) coating also by certificate effective processing heat-resisting alloy。 TiN (titanium nitrides) the PVD coating was uses and still was most early most receives welcome。 Recently, TiAlN (nitrogen calorization titanium) and TiCN (carbon titanium nitrides) the coating also could very good use。 In the past the TiAlN coating application scope and TiN compared the limit to be more。 But after the cutting speed enhances them is a very good choice, enhances the productivity in these applications to reach 40%。 On the other hand, is decided under the low cutting speed in coating superficial operating mode TiAlN can cause to accumulate the filings lump afterwards, micro collapses with the trench attrition。文献综述

Recently, used in the heat-resisting alloy application material quality already developing, these coating but became by several combinations。 The massive laboratories and the scene test has already proven this kind of combination and other any kind of sole coating compares in time the very wide scope application is very effective。 Therefore aims at the heat-resisting alloy application the PVD compound coating possibly to become the focal point which the hard alloy new material quality research and development continues。 With the MTCVD coating, the coating ceramics gather in the same place, they hopefully become a more effective processing to research and develop newly are more difficult to process the work piece material the main impact strength。

Dry processing

Including the refrigerant question is technical and the commercial expansion industrial production tendency another domain which the cutting tool makes。 North America and the European strict refrigerant management request and the biggest three automobile manufacturer forces them the core supplier to obtain the ISO14000 authentication (the ISO9000 environment management edition), this causes the refrigerant processing cost rise。 To the car company and their core supplier said obviously one of responses which welcome is in the specific processing application avoids completely the refrigerant the use。 This kind did the processing the new world to propose a series of challenges for the cutting tool supplier。

Recently, already appeared some to concern this topic to promulgate the speed, to enter for, the coating chemical composition and other parameters very substantial comprehensive nature very strong useful technical papers。 Wants to concentrate the elaboration in here me "does the processing viewpoint" in the operation and commercial meaning automobile manufacturer new。

The metal working jobholders can the very good understanding related refrigerant use question, but majority cannot understand concerns except the technical challenge (for example row of filings) beside does the processing question in the cutting tool - work piece contact face between。 Usually may observe to the refrigerant disperser scrap which flows out, but the pressure surpasses 3,000 pounds/An inch 2 high speed refrigerant also can help to break the filings, specially soft also the continual scrap can cause in the cutting tool - work piece contact face trouble。