Our Products

High-gravity (HiGee) System, also called super gravity rectification fractionation system, is a new type of high efficiency separation system, the system is mainly composed of high efficiency rotary separator, reboiler, condenser, solvent storage tank and the corresponding auxiliary equipment, it’s an alternative to the traditional distillation tower, mainly used in organic solvent recovery and product separation & purification.

Evaporation and concentration equipment uses thermal energy to remove solvents and concentrate solutions. It is energy-efficient (often using multi-effect or vapor recompression principles), highly versatile (available in various designs for different materials), and is a core technology in the chemical, food, pharmaceutical, and environmental industries for product recovery and waste minimization.

Extraction equipment encompasses industrial systems designed to separate target components from raw materials using solvents, mechanical methods, or advanced techniques. Key categories include: Solid-Liquid Extractors; Batch Extractors (e.g., herbal extracts); Continuous Extractors(e.g., oilseed extraction); Solvent-free extraction (e.g., caffeine removal, essential oils); Liquid-Liquid Extractors; Centrifugal/column systems for separating miscible liquids (e.g., pharmaceutical compounds); Microwave/Ultrasound-Assisted Extractors; etc.

Sterilizers are thermal processing systems designed to eliminate pathogens and spoilage microorganisms through precise temperature-time control. They are categorized into plate (for homogeneous liquids) and tubular (for viscous/particulate products) configurations to meet diverse industrial sterilization needs.

Stainless steel containers are corrosion-resistant containers widely used in pharmaceutical, food, and chemical industries for storage, mixing, and processing. Their hygienic design, durability, and compliance with sanitary standards make them ideal for handling high-purity and critical applications.

Heat exchanger is a device designed to efficiently transfer heat between two or more fluids without mixing them. These fluids can be liquids, gases, or a combination of both, and they flow separated by a solid wall to prevent cross-contamination. Enabling energy recovery, temperature control, and process optimization.