Split type muffle furnace high-temperature heat treatment equipment

Split type muffle furnace high-temperature heat treatment equipmentProduct features:

PID temperature control, high-quality refractory furnace, vacuum forming process, intelligent temperature control instrument, split design, efficient heating element, multiple safety protections, easy and simple operation.

High temperature resistant furnace: special furnace top construction technology, which has the characteristics of fast heating speed, no collapse due to overheating, and no ash falling at high temperatures; The insulation material and special insulation design for inorganic fiber furnaces produced using vacuum forming technology.

Intelligent temperature control instrument: thyristor control, PID parameter self-tuning function, manual/automatic interference free switching function, programmable for 30 time periods, can meet continuous temperature control and temperature control requirements. Equipped with over temperature alarm function and built-in parameter password control function.

Vacuum forming process: Using vacuum forming technology, the electric furnace wire is embedded on the inner surface of the ceramic fiber furnace, forming the furnace liner in one go to prevent contamination by volatile substances.

Split type muffle furnace high-temperature heat treatment equipmentScope of use

Heat treatment: used for heat processing, cement, building materials and other industries, small workpiece heat treatment; Heat treatment such as normalizing, quenching, annealing, etc. for alloy steel products and various metal parts; High temperature sintering of diamond and other cutting blades; Used for quenching, normalizing, annealing, and tempering heating of workpieces such as carbon steel, alloy steel, high manganese steel, and high chromium steel; Various small parts, springs, mold heat treatment, etc.

Pharmaceutical industry: used for drug inspection, pre-treatment of medical samples, etc.

Analytical Chemistry: As a sample processing tool in fields such as water quality analysis and environmental analysis, it can also be used for petroleum analysis.

Coal quality analysis: used for determining moisture, ash content, volatile matter, ash melting point analysis, ash composition analysis, elemental analysis, etc.