Product Center

Product Center

Falling film evaporator

Falling film evaporator

MVR (Mechanical Vapor Recompression) evaporators are highly efficient and energy-saving evaporation devices. Their operating principle is mainly based on steam mechanical recompression technology. MVR evaporators reduce the need for external energy sources by using a compressor to reuse the energy of the secondary steam they generate. This technology has great application value in evaporation and concentration processes.

MVR forced circulation crystallizer

MVR forced circulation crystallizer

MVR (Mechanical Vapor Recompression) evaporators are highly efficient and energy-saving evaporation devices. Their operating principle is mainly based on mechanical vapor recompression technology. MVR evaporators reduce the need for external energy sources by using a compressor to reuse the energy of the secondary steam they generate. This technology has great application value in evaporation and concentration processes.

MVR combined crystallization evaporator

MVR combined crystallization evaporator

MVR (Mechanical Vapor Recompression) evaporators are highly efficient and energy-saving evaporation devices. Their operating principle is mainly based on mechanical vapor recompression technology. MVR evaporators reduce the need for external energy sources by using a compressor to reuse the energy of the secondary steam they generate. This technology has great application value in evaporation and concentration processes.

Single-effect falling film evaporator

Single-effect falling film evaporator

A multi-effect evaporator is a highly efficient thermal energy recycling device. Its operating principle is based on the evaporation-condensation cycle, and it can achieve a high degree of concentration while saving energy.

Multi-effect falling film evaporator

Multi-effect falling film evaporator

A multi-effect evaporator is a highly efficient thermal energy recycling device. Its operating principle is based on the evaporation-condensation cycle, and it can achieve a high degree of concentration while saving energy.

Single-effect forced circulation crystallizer

Single-effect forced circulation crystallizer

A multi-effect evaporator is a highly efficient thermal energy recycling device. Its operating principle is based on the evaporation-condensation cycle, and it can achieve a high degree of concentration while saving energy.

Multi-effect forced circulation crystallizer

Multi-effect forced circulation crystallizer

A multi-effect evaporator is a highly efficient thermal energy recycling device. Its operating principle is based on the evaporation-condensation cycle, and it can achieve a high degree of concentration while saving energy.

Combination forced circulation crystallizer

Combination forced circulation crystallizer

A multi-effect evaporator is a highly efficient thermal energy recycling device. Its operating principle is based on the evaporation-condensation cycle, and it can achieve a high degree of concentration while saving energy.

Desulfurization Series

Desulfurization Series

Desulfurization is a process that converts harmful gases such as sulfur dioxide (SO₂) produced during combustion or chemical production into harmless substances through chemical reactions. This process is of great significance in reducing environmental pollution and protecting human health.

Sodium metabisulfite

Sodium metabisulfite

Molecular Formula: Na 2 SO 3

Molecular Weight: 126.04

Appearance: White crystalline powder

Quality Standard: HG/T 2967-2010

Ammonium sulfate

Ammonium sulfate

Molecular Formula: (NH 4)2 SO 4

Molecular Weight: 132.13

Appearance: White or grayish-white crystals

Quality Standard: HG/T5744-2020

Ammonium sulfate solution

Ammonium sulfate solution

Molecular Formula: (NH 4)2 SO 4

Molecular Weight: 132.13

Appearance: Liquid

Quality Standard: HG/T5744-2020

< 12 >