產品名稱：真空熱壓燒結爐

Name: Vacuum hot pressing sintering furnace

工藝應用 /Technology utilization ：

真空擴散焊/真空熱壓燒結

Vacuum diffusion welding / vacuum hot pressing sintering

材料應用 /Materials Application：

鋁鎂合金、不銹鋼、銅、鈦合金、陶瓷、非金屬材料

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

設備特點 /Equipment characteristics：

PJRY-SH燒結爐采用不銹鋼爐體雙層水冷套結構，處理材料全部采用金屬電阻加熱，通過輻射從加熱器直接傳向被加熱工件。加壓壓頭可根據工藝要求采用TZM（鈦鋯鉬）合金或CFC高強度碳碳復合纖維制成，在高溫下對工件施加壓力，壓力可達800噸

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全金屬型真空擴散焊爐同樣適用于高溫高真空釬焊，最高溫度可達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. 最高工作溫度1800度

Max. operating temperature:1800 degrees.

2. 可控硅控制器使加熱元件的功效最優化

The thyristor controller optimizes the efficiency of the heating element.

3. 簡單安全的工藝操作過程

Simple and safe process operation process.

4. 整套設備有著良好的拆裝性和創新的控制系統

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

5. 有效的機械保護系統

Effective mechanical protection system.

6. 壓板和所有加壓部件高度可調

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

7. 通過計算機引導工藝菜單，并能夠記錄數據和儲存數據

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

配置選擇/Configure select:

產品 規格/ Specifications：

注：特殊規格要求可根據客戶要求定制

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

以下參數可根據工藝要求調整，不作為驗收依據，具體以技術方案和協議為準

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