High Shear Force + Vacuum Degassing: A Dual-Effect Homogenization Technology Revolution

In the industrial manufacturing sector, product homogeneity and stability have always been the core indicators for evaluating production efficiency and quality. With the upgrading of the demand for refined processing in industries such as food, cosmetics, and pharmaceuticals, the traditional single homogenization technology has failed to meet the strict requirements for efficiency, precision, and reliability imposed by modern processes. Against this backdrop, Jiangsu GangBen Mixer Manufacturer, through its innovative and developed "high shear force + vacuum degassing" dual-effect homogenization technology, has redefined the performance boundaries of industrial mixing equipment and has become a benchmark solution in the global high-end manufacturing field. 

Technical Breakthrough: A Physical Revolution of Dual Efficiency Synergy

Traditional homogeneous equipment usually relies on a single high shear force or vacuum emulsifying mixer environment to achieve mixing. However, there are inherent limitations to both approaches: High shear force can quickly break down particles, but it is prone to introducing air bubbles; Vacuum environment can eliminate air bubbles, but it has limited effect on particle refinement. Jiangsu Gangben has integrated high shear force with vacuum degassing technology to construct a "physical-chemical" two-dimensional homogeneous system: 

High shear force: Violent aesthetics at the microscopic level

The core components of the equipment - multi-layer toothed rotors and stators - rotate at a speed of over 10,000 revolutions per minute, creating a strong centrifugal field. In a precise gap of 0.1 - 1mm, a shear rate of over 100,000 s⁻¹ is generated. These extreme physical conditions can instantly tear liquid droplets and solid particles to the micrometer scale (even nanometer scale) while further refining the structure through turbulent impact and cavitation effects. For example, in the production of cosmetic creams, this technology can reduce the oil phase particles from 50μm to below 2μm, significantly improving the product's feel and stability.

Vacuum degassing: Pure guardians at the macro level

During the shearing process, the equipment simultaneously activates a -0.095MPa deep vacuum system, forcing out the air in the mixing chamber through a negative pressure environment. This design solves the problem of bubble residue in high shear force operations: on the one hand, the vacuum environment inhibits the formation of secondary bubbles due to cavitation effects; on the other hand, the negative pressure state accelerates the expansion and rupture of already formed bubbles, ultimately achieving "zero bubbles" homogeneity. In the pharmaceutical industry, this technology can reduce the oxygen content of solutions to below 0.5ppm, significantly extending the shelf life of drugs.

Equipment advantages: Full coverage from laboratory to industrialization

Jiangsu Gangben's dual-effect homogenization equipment has a complete product line ranging from 5L to 50L. Its technical advantages run through the entire chain of research and development, production, and quality control: 

Material compatibility: Utilizing 316L medical-grade stainless steel and PTFE seals, it can withstand extreme temperature differences ranging from -20°C to 150°C and harsh acidic and alkaline environments, meeting diverse demands from food to specialty chemicals.

Intelligent control: The PLC touch system monitors key parameters such as shear rate, vacuum degree, and temperature in real time, supports multi-segment program programming and data traceability, ensuring batch-to-batch consistency error of less than 0.5%.

Modular design: The equipment supports quick replacement of shear heads and vacuum pump components, allowing for a process migration from laboratory small-scale trials (5L) to pilot-scale expansion (50L) in just 5 minutes, significantly shortening the R&D cycle.

Energy efficiency optimization: Through fluid dynamics simulation, the rotor structure is optimized to reduce equipment energy consumption by 30% compared to traditional models, while extending the maintenance cycle to over 2,000 hours.

From micro-innovation to macro-transformation

In the cosmetics industry, an international brand developed "micronized cream" using the equipment from Jiangsu Steelben. With its 200nm oil phase particles and 0 bubble structure, it achieves a "instantly melted upon application" skin sensation, and within its first year of launch, it occupied 15% of the high-end facial cream market; in the pharmaceutical industry, a domestic biopharmaceutical enterprise used this technology to produce vaccine adjuvants, increasing particle uniformity to 99.9% and enhancing immune response efficiency by 40%; in the food industry, a dairy giant produced pasteurized yogurt using the dual-effect homogenization technology, extending the shelf life to 180 da