产品名称：真空热压烧结炉

Name: Vacuum hot pressing sintering furnace

工艺应用 /Technology utilization ：

真空扩散焊/真空热压烧结

Vacuum diffusion welding / vacuum hot pressing sintering

材料应用 /Materials Application：

铝镁合金、不锈钢、铜、钛合金、陶瓷、非金属材料

Aluminum magnesium alloy, stainless steel, copper, titanium alloy, ceramic, non-metallic material

设备特点 /Equipment characteristics：

PJRY-SH烧结炉采用不锈钢炉体双层水冷套结构，处理材料全部采用金属电阻加热，通过辐射从加热器直接传向被加热工件。加压压头可根据工艺要求采用TZM（钛锆钼）合金或CFC高强度碳碳复合纤维制成，在高温下对工件施加压力，压力可达800吨

The PJRY-SH sintering furnace adopts the structure of stainless steel furnace double layer water cooling sleeve, and all the treatment materials are heated by metal resistance, and the radiation is transmitted directly from the heater to the heated workpiece. According to the technological requirements, the pressure head can be made of TZM (titanium, zirconium and Mo) alloy or CFC high strength carbon and carbon composite fiber. The pressure on the workpiece can reach 800t at high temperature.。

PJRY-SH全金属型真空扩散焊炉同样适用于高温高真空钎焊，最高温度可达1500度

PJRY-SH all-metal vacuum diffusion welding furnace is also suitable for high temperature and high vacuum brazing, with a maximum temperature of 1500 degrees.

特性/Features:

1. 最高工作温度1800度

Max. operating temperature:1800 degrees.

2. 可控硅控制器使加热元件的功效最优化

The thyristor controller optimizes the efficiency of the heating element.

3. 简单安全的工艺操作过程

Simple and safe process operation process.

4. 整套设备有着良好的拆装性和创新的控制系统

The whole equipment has good disassembly and assembly and innovative control system..

5. 有效的机械保护系统

Effective mechanical protection system.

6. 压板和所有加压部件高度可调

The height of the pressure plate and all the pressing parts can be adjusted.

7. 通过计算机引导工艺菜单，并能够记录数据和储存数据

Boot the process menu through the computer, and be able to record and store data.

配置选择/Configure select:

产品 规格/ Specifications：

注：特殊规格要求可根据客户要求定制

Note: Special specification requirements can be customized according to customer requirements

以下参数可根据工艺要求调整，不作为验收依据，具体以技术方案和协议为准

The following parameters may be adjusted according to the process requirements and shall not be used as the basis for acceptance, depending on the technical scheme and agreement