This paper describes the cutting test of hard alloy tip produced by using the new carbusintering technique.

对采用烧结碳化新工艺制取的硬质合金刀片进行了切削试验。

It has properties of hardening after malleablization,arc welding and impact resistance.It can grind but can not machining demagnitized steel-bonded carbide.

具有加工硬化、电弧烛接和耐冲击的特性，磨削但不无加工磁性的钢结硬质合金。

An attempt has been made to follow the scientific and technological steps associated with the production of fine grained hardmetal.

在回顾硬质合金的史发展和现状的基础上，重点介绍了在该领域中上海究所取得的典型实际成果及工业应用概况。

The characteristic and distinguished method of two classificatory cemented carbide binder is expatiated.It is recommended that GBY is a new cemented carbide binder.

阐述了两大类硬质合金成形剂的特点和区分方法,介绍了一种新型硬质合金成形剂-GBY。

Taking the superfinishing of thin-wall hole machining as an example, the design and application of combined carbide core drill and reamer are introduced.

以本厂簿壁孔精加工为例，介绍了硬质合金扩铰复合刀具的设计、结构参数、使用情况及应用效果。

This paper describes the cutting test of hard alloy tip produced by using the new carbusintering technique.

对采用烧结碳化新工艺制取硬质片进行了切削试验。

It has properties of hardening after malleablization,arc welding and impact resistance.It can grind but can not machining demagnitized steel-bonded carbide.

具有加工硬化、电弧烛接和耐冲击性，可磨削但不可机械无加工磁性钢结硬质。

An attempt has been made to follow the scientific and technological steps associated with the production of fine grained hardmetal.

在回顾硬质材料史发展和现状基础上，重点介绍了在该领域中上海材料研究所取得典型实际成果及工业应用概况。

The characteristic and distinguished method of two classificatory cemented carbide binder is expatiated.It is recommended that GBY is a new cemented carbide binder.

阐述了两大类硬质成形点和区分方法,介绍了一种新型硬质成形-GBY。

Taking the superfinishing of thin-wall hole machining as an example, the design and application of combined carbide core drill and reamer are introduced.

以本厂簿壁孔精加工为例，介绍了硬质扩铰复具设计、结构参数、使用情况及应用效果。

This paper describes the cutting test of hard alloy tip produced by using the new carbusintering technique.

对采用烧结碳化新艺制取的硬质合金刀片进行了切削试验。

It has properties of hardening after malleablization,arc welding and impact resistance.It can grind but can not machining demagnitized steel-bonded carbide.

具有加硬化、电弧烛冲击的特性，可磨削但不可机械无加磁性的钢结硬质合金。

An attempt has been made to follow the scientific and technological steps associated with the production of fine grained hardmetal.

在回顾硬质合金材料的史发展现状的基础上，重点介绍了在该领域中上海材料研究所取得的典型实际成业应用概况。

The characteristic and distinguished method of two classificatory cemented carbide binder is expatiated.It is recommended that GBY is a new cemented carbide binder.

阐述了两大类硬质合金成形剂的特点区分方法,介绍了一种新型硬质合金成形剂-GBY。

Taking the superfinishing of thin-wall hole machining as an example, the design and application of combined carbide core drill and reamer are introduced.

以本厂簿壁孔精加为例，介绍了硬质合金扩铰复合刀具的设计、结构参数、使用情况应用效。

This paper describes the cutting test of hard alloy tip produced by using the new carbusintering technique.

对采用烧结碳化新工艺制取的硬质合金刀片进行了切削试验。

It has properties of hardening after malleablization,arc welding and impact resistance.It can grind but can not machining demagnitized steel-bonded carbide.

具有加工硬化、电弧烛接和耐冲击的特性，可磨削但不可机械无加工磁性的钢结硬质合金。

An attempt has been made to follow the scientific and technological steps associated with the production of fine grained hardmetal.

在回顾硬质合金材料的史发展和现状的基础上，重点介绍了在该领域中上海材料研究所取得的典型实际成果及工业应用概况。

The characteristic and distinguished method of two classificatory cemented carbide binder is expatiated.It is recommended that GBY is a new cemented carbide binder.

阐述了两大类硬质合金成形剂的特点和区分方法,介绍了一种新型硬质合金成形剂-GBY。

Taking the superfinishing of thin-wall hole machining as an example, the design and application of combined carbide core drill and reamer are introduced.

以本厂精加工为例，介绍了硬质合金扩铰复合刀具的设计、结构参数、使用情况及应用效果。

This paper describes the cutting test of hard alloy tip produced by using the new carbusintering technique.

对采用烧结碳化新工艺制取的硬刀片进行了切削试验。

It has properties of hardening after malleablization,arc welding and impact resistance.It can grind but can not machining demagnitized steel-bonded carbide.

具有加工硬化、电弧烛接和耐冲击的特性，可磨削但不可机械无加工磁性的钢结硬。

An attempt has been made to follow the scientific and technological steps associated with the production of fine grained hardmetal.

在回顾硬材料的史发展和现状的基础上，绍了在该领域中上海材料研究所取得的典型实际成果及工业应用概况。

The characteristic and distinguished method of two classificatory cemented carbide binder is expatiated.It is recommended that GBY is a new cemented carbide binder.

阐述了两大类硬成形剂的特和区分方法,绍了一种新型硬成形剂-GBY。

Taking the superfinishing of thin-wall hole machining as an example, the design and application of combined carbide core drill and reamer are introduced.

以本厂簿壁孔精加工为例，绍了硬扩铰复刀具的设计、结构参数、使用情况及应用效果。

This paper describes the cutting test of hard alloy tip produced by using the new carbusintering technique.

对采用烧结碳化新艺制取的硬质合金刀片进行了切削试验。

It has properties of hardening after malleablization,arc welding and impact resistance.It can grind but can not machining demagnitized steel-bonded carbide.

具有硬化、电弧烛接和耐冲击的特性，可磨削但不可机械磁性的钢结硬质合金。

An attempt has been made to follow the scientific and technological steps associated with the production of fine grained hardmetal.

在回顾硬质合金材料的史发展和现状的基础，重点介绍了在该领域材料研究所取得的典型实际成果及业应用概况。

The characteristic and distinguished method of two classificatory cemented carbide binder is expatiated.It is recommended that GBY is a new cemented carbide binder.

阐述了两大类硬质合金成形剂的特点和区分方法,介绍了一种新型硬质合金成形剂-GBY。

Taking the superfinishing of thin-wall hole machining as an example, the design and application of combined carbide core drill and reamer are introduced.

以本厂簿壁孔精为例，介绍了硬质合金扩铰复合刀具的设计、结构参数、使用情况及应用效果。

This paper describes the cutting test of hard alloy tip produced by using the new carbusintering technique.

对采用烧结碳化新工艺制取的硬质合金刀片进行切削试验。

It has properties of hardening after malleablization,arc welding and impact resistance.It can grind but can not machining demagnitized steel-bonded carbide.

有工硬化、电弧烛接和耐冲击的特性，可磨削但不可机械无工磁性的钢结硬质合金。

An attempt has been made to follow the scientific and technological steps associated with the production of fine grained hardmetal.

在回顾硬质合金材料的史发展和现状的基础上，重点介绍在该领域中上海材料研究所取得的典型实际成果及工业应用概况。

The characteristic and distinguished method of two classificatory cemented carbide binder is expatiated.It is recommended that GBY is a new cemented carbide binder.

阐大类硬质合金成形剂的特点和区分方法,介绍一种新型硬质合金成形剂-GBY。

Taking the superfinishing of thin-wall hole machining as an example, the design and application of combined carbide core drill and reamer are introduced.

以本厂簿壁孔精工为例，介绍硬质合金扩铰复合刀的设计、结构参数、使用情况及应用效果。

This paper describes the cutting test of hard alloy tip produced by using the new carbusintering technique.

对采用烧结碳化新工艺制取的硬质合金刀片进行了切削试验。

It has properties of hardening after malleablization,arc welding and impact resistance.It can grind but can not machining demagnitized steel-bonded carbide.

具有加工硬化、电弧烛接和耐冲击的特性，可磨削但不可机械无加工磁性的钢结硬质合金。

An attempt has been made to follow the scientific and technological steps associated with the production of fine grained hardmetal.

在回顾硬质合金材料的史发展和现状的基础上，重点介绍了在该领域中上海材料研究所取得的典型实际成果及工业应用概况。

The characteristic and distinguished method of two classificatory cemented carbide binder is expatiated.It is recommended that GBY is a new cemented carbide binder.

阐述了两大类硬质合金成形剂的特点和区分方法,介绍了一种新型硬质合金成形剂-GBY。

Taking the superfinishing of thin-wall hole machining as an example, the design and application of combined carbide core drill and reamer are introduced.

以本厂簿加工为例，介绍了硬质合金扩铰复合刀具的设计、结构参数、使用情况及应用效果。

This paper describes the cutting test of hard alloy tip produced by using the new carbusintering technique.

对采用烧结碳化新工艺制取硬质片进行了切削试验。

It has properties of hardening after malleablization,arc welding and impact resistance.It can grind but can not machining demagnitized steel-bonded carbide.

具有加工硬化、电弧烛接和耐冲击性，可磨削但不可机械无加工磁性钢结硬质。

An attempt has been made to follow the scientific and technological steps associated with the production of fine grained hardmetal.

在回顾硬质材料史发展和现状基础上，重点介绍了在该领域中上海材料研究所取得典型实际成果及工业应用概况。

The characteristic and distinguished method of two classificatory cemented carbide binder is expatiated.It is recommended that GBY is a new cemented carbide binder.

阐述了两大类硬质成形点和区分方法,介绍了一种新型硬质成形-GBY。

Taking the superfinishing of thin-wall hole machining as an example, the design and application of combined carbide core drill and reamer are introduced.

以本厂簿壁孔精加工为例，介绍了硬质扩铰复具设计、结构参数、使用情况及应用效果。