The quality of TTDF homogenizer is mainly reflected in its performance,
stability, and applicability. This device is widely used in various
fields such as biotechnology, medicine, food industry, cosmetics
industry, paint industry, and petrochemical industry. It is mainly used
for tissue dispersion, sample preparation, enzyme treatment, pesticide
residue and veterinary drug residue detection. The homogenizer adopts a
stainless steel system, which can effectively separate and homogenize
samples, meeting the requirements of speed, accurate results, and good
repeatability. In the food industry, homogenizers improve stability,
preservation quality, homogeneity, and absorption quality, save
expensive additives, alter viscosity, reduce reaction time, and can be
used for cell lysis, thereby enhancing product quality.
The main technical parameters of a homogenizer include flow rate,
maximum pressure, rated pressure, motor power, and external dimensions.
These parameters vary according to different models and applications,
all aimed at providing cost-effective and sustainable performance to
help customers expand business growth opportunities.
The design and material selection of homogenizers are also key factors
in ensuring quality. Made of high-quality stainless steel and equipped
with a professional self-priming electrical box, ensuring the durability
and reliability of the equipment. In addition, the homogenization
process has a significant impact on the stability of food and other
products, improving the physical and chemical properties of the product
by reducing particle radius, lowering its own quality, increasing the
viscosity of the beverage, and delaying settling speed.
The quality of a homogenizer is not only reflected in its technical
performance and material selection, but also in its stability and
effectiveness in different industry applications. Through continuous
technological innovation and optimization, homogenizers play an
important role in improving product quality, ensuring food safety, and
promoting industrial production efficiency.
