Products

  • PJ-SJ Vacuum sintering furnace

    PJ-SJ Vacuum sintering furnace

    Model introduction

    PJ-SJ vacuum sintering furnace is a common use vacuum sintering furnace which is generally used in the sintering of metal powder products and ceramic powder products.

  • PJ-Q Vacuum gas quenching furnace

    PJ-Q Vacuum gas quenching furnace

    Model introduction

    Basic model of vacuum gas quenching furnace, horizontal structure with graphite heating chamber, 2 stage pumps. Suitable for the common steel gas quenching which has not high requirements on the surface color. Most economic choose. Popular used for H13 dies.

  • PJ-H Vacuum Tempering furnace

    PJ-H Vacuum Tempering furnace

    Model introduction

    It is Suitable for tempering treatment of die steel, high speed steel, stainless steel and other materials;

    solid solution post-aging treatment of stainless steel, titanium and titanium alloys, non-ferrous metals, etc; recrystallizing aging treatment of non-ferrous metals;

    Convective heating system, 2 Bar quick cooling system, Graphite/metal chamber, low/high vacuum system optional.

  • PJ-DSJ Vacuum Debinding and sintering furnace

    PJ-DSJ Vacuum Debinding and sintering furnace

    Model introduction

    PJ-DSJ vacuum debinding and sintering furnace is a vacuum sintering furnace with debinding (dewax) system.

    Its debinding method is vacuum debinding, with binder filter and collect system.

  • PJ-Q-H High Vacuum gas quenching furnace

    PJ-Q-H High Vacuum gas quenching furnace

    Model introduction

    For higher requirements of vacuum and surface color, this model use 3-stage vacuum pumps to reach 6.7*10-3Pa vacuum.

    Horizontal, single chamber, graphite heating chamber.

  • PJ-STG Vacuum carburizing furnace with gas quenching

    PJ-STG Vacuum carburizing furnace with gas quenching

    Model introduction

    Combination of carburizing with gas quenching furnace.

  • PJ-RSJ SiC reactive sintering vacuum furnace

    PJ-RSJ SiC reactive sintering vacuum furnace

    Model introduction

    PJ-RSJ vacuum furnace is designed for the sintering of SiC products.Suitable for Reactive sintering of SiC products. With Graphite muffle to avoid the pollution by Silica evaporate.

    SiC Reaction sintering is a densification process in which reactive liquid silicon or silicon alloy is infiltrated into a carbon-containing porous ceramic body to react to form silicon carbide, and then combined with the original silicon carbide particles to fill the remaining pores in the body.

  • PJ-Q-S Super High Vacuum gas quenching furnace

    PJ-Q-S Super High Vacuum gas quenching furnace

    Model introduction

    Horizontal, single chamber, All metal heating chamber,3 stage vacuum pumps.

    By using Molybdenum-Lanthanum Alloy as heating elements and thermal insulation materials, the whole heating chamber is composed with Molybdenum-Lanthanum Alloy and Stainless steel. Avoid the gas release from graphite materials, to reach ultimate vacuum 6.7*10-4 Pa, which is enough for the process of easily oxidized metal like Ti.

  • PJ-STO Vacuum carburizing furnace with oil quenching

    PJ-STO Vacuum carburizing furnace with oil quenching

    Model introduction

    Combination of carburizing with oil quenching furnace.

  • PJ-PLSJ SiC pressureless sintering vacuum furnace

    PJ-PLSJ SiC pressureless sintering vacuum furnace

    Model introduction

    PJ-PLSJ vacuum furnace is designed for the pressureless sintering of SiC products.Higher design temperature to meet the the requirements of sintering. Also with Graphite muffle to avoid the pollution by Silica evaporate.

     

  • PJ-Q-U Ultra High Vacuum gas quenching furnace

    PJ-Q-U Ultra High Vacuum gas quenching furnace

    Model introduction

    Horizontal, single chamber, All metal heating chamber,3 stage vacuum pumps.

    By using Molybdenum-Lanthanum Alloy as heating elements and thermal insulation materials, the whole heating chamber is composed with Molybdenum-Lanthanum Alloy and Stainless steel. Avoid the gas release from graphite materials, to reach ultimate vacuum 6.7*10-4 Pa, which is enough for the process of easily oxidized metal like Ti.

  • PJ-TDG Vacuum carbonitriding furnace with gas quenching

    PJ-TDG Vacuum carbonitriding furnace with gas quenching

    Model introduction

    Combination of carburizing with gas quenching furnace.