Agrochemistry

FRANLI geochemist, water suspension concentrate production equipment can be used for 40%~50% carbendazim suspension, thiophanate methyl suspension, etc.
Commonly used SC dosage form, also suitable for difenoconazole, trimethoprim, trimethoprim, and other traditionally difficult to process, the original drug of the suspension. The advancement of FRANLI geochemist water suspension concentrate production equipment enables the preparation of the original medicine of the suspension dosage from the physical and chemical properties can be relaxed.
Geochemist SC (suspension concentrate) formulation line complete equipment working principle according to the pre-calculated material ratio, weigh the original medicine, dispersant, wetting agent, antifreeze, water, etc. Regula Mixing, cut by a high-shear dispersing emulsifier to make the material evenly dispersed; then move the slurry into the horizontal Bead mill or basket mill for grinding. Add thickeners and defoamers as appropriate during the grinding process until qualified products are processed. The specific production process needs to be determined according to the laboratory process design.

Geochemist SC (suspension concentrate) formulation line introduction

Although the production process of water suspension concentrate has certain requirements on technology and equipment, the production efficiency is not high, and the maximum content of 60% can only be achieved at present, and the production rate is low, especially. It is very time-consuming when the process needs to grind sulfur, which is relatively difficult to grind.
However, because SC does not have a dust flying problem like wettable powder (WP), it is not flammable and explosive, has small particle size, high biological activity, large specific gravity, and small packaging volume.
Compared with other pesticide formulations, which are safe and environmentally friendly. Each formulation has its significance, and the suspension agent can achieve a large uniform coverage on the control object after being diluted with water. so it is mostly used in foliar, soil, and water surface sprays, such as common herbicides, fungicides, and insecticides. SC has become the new tonnage of water-based pesticides Large varieties of pesticides are still a dosage form with a large amount of development in the short term, and the dosage forms developed for new technical varieties all have the form of suspension formulations.
What machines needed for the Grochemist SC formulation line 1, emulsifier for high shearing materials 2, bead mill for grinding more fineness material 3, low-speed mixer tanks for adjusting material mixing 4, filling machine for geochemist industry We would like to design the machines and full line projects for different geochemist materials.

Related Products

High Shear Emulsifier
all

High Shear Emulsifier

The high shear Emulsifier is widely used in the experimental fields of liquid mixing, emulsification, liquid/solid powder dispersion, and slurrying in biology, physics, chemistry, cosmetics, health care products, food, paint, coatings, and chemicals.

Contact ➔
lab three roll mill
all

Three roll mill

Three roll mills are widely used in a variety of chemical industries, from medium to high viscosity productions. FRANLI machine can break open all kinds of pigment, UV ink, offset ink, decorative paints, and Lubricants, it also can catch the greatest fine

Contact ➔
Chemical Reactor
all

Reactor Mixer

The reactor mixer can be divided into three categories: steel reactor mixer, cast iron reactor mixer, and glass-lined reactor mixer.

Contact ➔

After Sales Support

News

Operating Guide for Laboratory Reactors

Laboratory reactors play a crucial role in chemical research and development. Understanding the proper operating procedures is essential to ensure accurate results and maintain a safe working environment.

High Shear Mixers in the Resin Industry

High shear mixers are essential equipment in the resin industry for achieving uniform dispersion of solids into liquid matrices, emulsifying oil-based components, and blending various additives to create resin formulations with desired characteristics.