Glass Reaction Kettle which can be used in High Temperature environment

Specifications

I: CHARACTERISTICS OF USES

Reagents are set in the inner layer of double-layer glass reaction kettle, at the same time, vacuum can be taken out and mixing speed be adjusted. Interlayer can lead in refrigerating fluid, water and high temperature liquid to heat and cool the materials. It can be used in the experiment, middle-scale test, and production of chemistry, fine chemical engineering, biological pharmacy and synthesis of new materials. The products can be made into system devices with multi-purpose circulating water vacuum pump, diaphragm vacuum pump, low temperature circulating pump(vacuum), circulating cooler, constant temperature circulator, low temperature cooling liquid circulating pump and closed cooling and heating circulating equipment.

    High borosilicate glass has good physical and chemical properties.

   Can be used in wide temperature range from high temperature (300°C)to low temperature(-80°C).

   Can work in constant pressure and vacuum, vacuum degree is below 0.095MPa in quiet situation.

   Digital display of mixing speed, , frequency conversion, and constant speed mixing system, work steadily.

   The sealing method and materials between mixer shaft ,PTFE mixing propeller (paddle),and ketttle cover are Know how of our company.

   Corrosion resistant discharge valve is without dead space design.

   The cooling or heating solution in the interlayer can be completely removed after reaction.

   The whole structure is novelty, practical and beautiful.

II: Technical data

III: Logo and Certificate of our company

IV: Pictures of GR-30L GR Double-layer Glass Reaction Kettle with Variable Frequency Speed Control

V: Matching Equipments (SHB-B95/95A Type Water Circulating Multi-purpose Vacuum Pump + GR-30L GR Double-layer Glass Reaction Kettle with Variable Frequency Speed Control + ZT-20-200-20 Hermetic Refrigerating and Heating Circulators)

VI: Components of GR-30L GR Double-layer Glass Reaction Kettle with Variable Frequency Speed Control