sintering furnace

The technical re formation of bell-type pressurized sintering furnace forfabricating powder metallurgy friction materials is reviewed.

叙述了粉末冶金摩擦材料加压烧结用设备钟罩 式 加压烧结护的技术改造.

The Temperature Controlling System of Vacuum Sintering-Furnace

真空烧结炉温控系统

In one set of joint-body firing furnace, by varying the temperature and atmosphere in great gradient, the reduced sintering and oxidized treatment of the semi-manufactured goods were carried out continuously.

在一台联体烧成设备中，采用大梯度温度和气氛变化，连续完成还原烧成和氧化处理。

After compaction the components pass through a sintering furnace.

零件压实后通过烧结炉。

The vertical bonding process by malting in the key process for manufacturing solid contacts. The contact of CuW was bonded with the tail of CrCu by malting in a vertical atmosphere-controllable sintering furnace.

自力型CuW/CrCu整体弧触头的立式熔接工艺是指在立式气氛可控烧结炉内对CuW触头部分与尾部CrCu熔结的过程，是制造整体触头的关键技术。

Ternary boride based cermet cladding material was prepared by in situ reaction and liquid phase sintering technology in vacuum furnace.

在真空烧结炉中通过原位反应液相烧结工艺制备出三元硼化物基金属陶瓷覆层。

It is of great importance to the effect of sintering ore strength on blast furnace operation.

烧结矿强度对高炉冶炼的影响至关重要.

A design of man-machine interface in microcomputer control system for vertical sintering furnace

垂熔炉微机控制系统的人机接口设计

Study on Multi-mode Control System of High Vacuum Sintering Furnace

高真空烧结炉多模态控制研究

KW belt of network equipment, such as sintering furnace.

60KW的网带式烧结炉等设备.

In order to assure their properties, ceramic materials are usually sintered integrally in a sintering furnace.

陶瓷材料烧结通常需要整体在窑炉内烧结, 以保证材料性能.

Fuzzy control system for temperature of sintering shaft furnace

烧结竖炉燃烧室温度模糊控制系统

Single Loop Controller and its Application in the Vertical Sintering Furnace

单回路调节器在垂熔炉上的应用

A study of the sintering behavior of caustic burned magnesia powder from multiple hearth furnace

多层炉轻烧氧化镁粉烧结性能的研究

MIM Continuous Sintering Furnace and its Control Technology

MIM零件连续烧结设备及其控制技术

Actuality AND Evolution Objective OF MIM Continuous Sintering Furnace

MIM零件连续烧结设备现状及发展目标

The Development of Model ZSD 50 High Vacuum Ta Sintering Furnace

ZSD－50型高真空钽烧结炉的研制

Abstract From the concept of the crucible in FeSi electric furnace, the paper considers that periodically destroying the crucible is the key to improve air permeability, reduce burden sintering and keep normal furnace condition.

从硅铁电炉炉内坩埚的概念出发，认为周期性地破坏坩埚是改善炉料透气性，减轻炉内结料，保持正常炉况的关键。