Chemicals for the cosmetics industry - Import export

Shea butter has a specially high content of cosmetically valuable ingredients. Unrefined shea butter, the type of shea butter we distribute, has no additional chemicals or preservatives added during the extraction process.

The bucket is made entirely of high-gloss polished stainless steel. The smooth surface of the stainless steel bucket makes it easy to clean. The rounded, movable handle makes it comfortable to move the bucket. The laboratory bucket is suitable for moving liquids and bulk materials properly, especially in the chemical, pharmaceutical or cosmetic industries, and in the food and animal feed industries.

This transducer can be used anywhere thanks to its small size. Designed to work without a measuring chamber (uses a flush front diaphragm instead), this transducer is ideal for any measurements where the material to be measured may leave problematic residues. The range of suitable applications is even greater thanks to a choice of screw-on or weld-on adapters. Areas of use: Bottling plants, food industry Mixing facilities for the chemicals industry Pharmaceuticals Cosmetics industry Bioengineering These miniature pressure transducers are made entirely of titanium and therefore have outstanding resistance to corrosion. These convert the pressure-induced deflection of the diaphragm into a change in electrical resistance, which can be amplified, measured and processed by external electronic circuitry.

Stainless steel metering gear pump for the delivery of chemical raw materials for the production of pharmaceutical products. CHEM metering pumps are also used to pump isocyanate, sulphuric acid, polyol or essential oils. With the appropriate combination of materials, many critical applications can be realized and a variety of low-viscosity fluids can be pumped. The range of applications extends from classic transfer and metering tasks in the chemical and pharmaceutical industry to the pumping of monomers, oligomers and prepolymers in polymer production. These chemical pumps are suitable for even the most difficult tasks and impress with their reliability and dosing accuracy in both vacuum and high-pressure applications. Typical applications for this pump type are in the chemical, cosmetics, food, petrochemical and polymer industries

Your benefits Highly flexible mounting with least space requirements Suitable for both conductive and non conductive liquids Flow disturbances do not influence proper operation and accuracy Long life with low maintenance Areas of application Flow measurement of liquids in chemical, pharmaceutical, cosmetic and other industries. Batching, dosing and filling operations.

Preformed aluminium seals protect the product as well as the environment. They are made of aluminium-plastic compounds that provide an ideal protection against leaks and 100% tamper-proof. They can also be used to seal containers with aggressive chemicals and agro-chemicals. Their recessed shape or cap shape makes them idel for manual processing as they can easily be manually placed on the containers. Advantages reliable protection, also for aggressive products easy manual handling, self-centring Delivery MOQ: 10,000 pcs per size different shapes, sizes and materials available peelable and strong-weldable specifications availbale individual logo embossing possible customer specific design possible using digital print (also small batches) Application areas Chemical industry Cosmetics industry Pharmaceutical industry Food industry

The YSTRAL inline dispersing machines work according to the rotor-stator system. The dispersing machine is suitable for the production of suspensions, solutions and emulsions in the chemical, food, pharmaceutical and cosmetic industries. Due to the close radial gap between rotor and stator and the high circumferential speed of the rotating rotor, very large shear gradients are generated. The product enters the shear zone through the slots between the rotor teeth and leaves it again via the stator slots. Due to the multi-tooth configuration of rotor and stator, additional mechanical forces act on the product to be dispersed. The product is guided through a rotor-stator system. The liquid is highly accelerated by the inner rotor ring, is completely decelerated at the stator ring and then accelerated again to maximum speed via the next rotor ring. In this way, solid particles and/or droplets are effectively comminuted and homogeneously distributed.