Our constant temperature and humidity chambers are professional instruments designed to simulate and precisely control environmental conditions, providing vital constant or programmable climate for product quality control, material research, and reliability assessment. our product line comprehensively serves diverse testing needs across electronics, semiconductors, automotive, pharmaceuticals, chemicals, biology, aerospace, and research institutions, helping clients validate product performance and lifespan under various harsh conditions.

Our microwave chemical reactor utilizes microwave energy to directly activate reaction molecules, enabling rapid and uniform heating compared to conventional methods, often accelerating reaction rates by tens to thousands of times. It is widely used in drug discovery, organic chemistry, materials science, food analysis, and green chemistry.

Our distillation reactor is a high-end process equipment that integrates chemical reaction, efficient distillation, and precise fractionation. Widely used in pharmaceutical intermediate synthesis, fragrance & flavor purification, solvent recovery, petrochemical separation, and the production of high-value-added fine chemicals.

This intelligent benchtop rotary evaporator is designed for modern laboratories, integrating high-efficiency evaporation, precise control, and a compact structure. Constructed with high-quality corrosion-resistant materials, it ensures long-term stable operation.

Desktop rotary evaporator is a conventional laboratory equipment used for separating and purifying liquid mixtures. It is named for its small size and compact design, which makes it very suitable for operation on laboratory workbenches. It forms a thin film of the solution by rotating the evaporation flask to increase the evaporation area, and at the same time combines decompression and heating technologies to accelerate solvent evaporation. It is widely used in sample pretreatment, solvent recovery and material purification in chemical, pharmaceutical, food, environmental protection and other fields.

Rotary evaporator is a core laboratory equipment for solvent separation and sample concentration. It achieves low-temperature and efficient evaporation through the synergistic effect of uniform rotation of the rotary flask, constant temperature heating of the water bath, and system decompression.

The double - layer glass reaction kettle is a professional equipment widely used in modern chemical experiments, biopharmaceuticals, new material synthesis and other fields. With its unique double - layer glass structure design, it provides a stable and efficient reaction environment for various complex reactions.

Made of high borosilicate glass, it offers superior chemical stability, high-temperature resistance, and corrosion resistance, along with strong light transmittance for real-time observation of reaction processes. Widely used in chemical synthesis, pharmaceutical R&D, and biological experiments, it is an ideal device for small-scale reactions in laboratories.

10L Double Glazing Reactor with Variable Frequency Speed Regulation

This adaptable laboratory-scale equipment finds its purpose in various scenarios, serving for gas-liquid reactions and tail gas absorption. It easily fits into laboratory fume hoods or can be utilized with mobile or desktop racks, offering flexibility.

The small distillation kettle is mainly composed of a heating device, a reaction kettle, a condenser, a collector, and other
parts. The heating device provides a stable heat source for the reaction kettle, causing the materials to be heated and generate vapor. The vapor rises to the condenser, is converted into liquid through the condensation process, and is then collected by the collector. By precisely adjusting the heating temperature and the cooling effect of the condenser, efficient separation and purification of different substances can be achieved.

The lifting function simplifies operations such as material addition and equipment maintenance, significantly reducing operation time and improving production efficiency. For example, in large-scale production, electric lifting stainless steel reactors can quickly raise or lower the kettle body to an appropriate height, facilitating the loading and unloading of materials as well as the cleaning of equipment.