Daily Chemical 

Helsh-Tech's rotor pumps, mixing homogenizing pumps, and homogenizing emulsifying pump series have extremely wide applications in the daily chemical industry. The materials and raw materials encountered in serving enterprises include LAS, AES, AOS, MES, KI2, glycerin, sorbitol, skin creams, nourishing creams, cosmetics, toothpaste, facial cleansers, lotions, shampoos, body washes, liquid soaps, soaps, dishwashing liquids, and laundry detergent slurries. Helsh-Tech's rotor pumps, emulsifying pumps, and mixing pumps have achieved three key elements in daily chemical enterprises: product quality improvement, capacity increase, effective cost reduction, and stable operation. By combining the original process foundation with existing innovative processes, it provides enterprises with efficient, stable, and advanced production equipment, accurately solving common problems in various material conditions.

Service Cases

Rotor Pump for Surfactant Transportation

When Helsh-Tech's rotor pumps are used for transporting surfactant raw materials, changes in temperature during operating conditions can increase the viscosity of the materials. The high acidity of the medium places demands on the design, material, mechanical seal, corrosion resistance, and other aspects of the equipment. The raw materials encountered include AES, AOS, MES, and sulfonic acids. When adjusting the equipment's speed, professional scientific and practical technology and matching experience are required. This coincides with Helsh-Tech's professional expertise. The industrial fluid transfer pumps produced by our company draw on the characteristics and principles of non-Newtonian fluids and specialize in studying the characteristics of different media to find commonalities among them. For example, concentrated solutions and suspensions of polymers, polyethylene, polyacrylamide, polyvinyl chloride, rubber solutions, melts and solutions of chemical fibers, petroleum, coal-water slurry, pulp, paint, ink, toothpaste, etc., as well as tomato juice, starch liquid, egg white, apple puree, concentrated sugar water, soy sauce, jam, condensed milk, agar, potato puree, melted chocolate, and chemical fibers in the food industry, all belong to non-Newtonian principles. Therefore, special rotational speed configurations and insulation devices are adopted for different parameters in the daily chemical and food industries. At the same time, special mechanical seals are selected to solve frontline operating conditions.

Rotor Pump for Toothpaste Materials

As we all know, toothpaste is a paste containing raw materials such as sorbitol, glycerin, SDS (also known as AS), and K12 surfactants. The viscosity of the paste medium is high, and issues such as leaks caused by pressure usually need to be addressed. Helsh-Tech helped select a toothpaste-specific mechanical seal for toothpaste transportation, which is professionally and specially designed, as well as selecting suitable materials that are wear-resistant and hygienic. Helsh-Tech's technical engineering rotor pump accurately solved the fluid transportation from raw materials to finished product filling.

Rotor Pump for Shampoo/Soap Compounds

Rotor pumps in the daily chemical industry cover a wide range of categories and are widely used in people's daily lives. For example, detergents, shampoos, body washes, and laundry detergent media. In addition, soap bases, soaps, soap liquid alkalis, fatty acids, and other fields also widely use Helsh-Tech's homogenizing emulsifying pumps, mixing pumps, and rotor pumps as transfer pumps in production. Materials such as soap bases are highly corrosive, have high temperatures and concentrations, and require high output pressure, durable seals, and pressure resistance, all of which constitute special operating conditions. Special treatment and customization are required for the pumps. The selection and use of accessories must comply with production conditions, and the selector must have a deep understanding of frontline working conditions to achieve the above goals, which can improve product quality, increase capacity, and ensure smooth production. Due to the rigorous control of daily chemical enterprises over the equipment on the assembly line, Helsh-Tech's manufacturing technology has also been rigorously tested and improved. The stability and reliability of Helsh-Tech's mixing pumps are deeply involved in many operating conditions. They need to meet the requirements of the international CIP (cleaning in place) automatic cleaning system standard, which requires the pumps to be hygienic with no dead corners, high precision, stable operation, low pulsation, and capable of meeting long-distance transportation requirements, and have been recognized by enterprises.

Rotor Pump for Cosmetic Transportation

The structure, hygiene, and cleaning of Helsh-Tech's rotor pump equipment support the CIP system while using different rotational speed configurations for different medium operating conditions. Adjustable configurations are selected and matched with cosmetic mechanical packaging equipment, which is a typical and widespread application. The production environment for cosmetics is stringent, and the requirements for transfer pumps are also high. The materials involve everyone's skin. Helsh-Tech's rotor pumps strictly follow manufacturing technology in accordance with regulatory requirements to serve enterprises, transporting glycerin, facial mask thickeners, hyaluronic acid, thickeners, lotions, creams, and more. Ideal results have been achieved, recognized, and exported overseas.

Homogenizing Emulsifying Pump

Laundry detergent slurries (liquid detergents and laundry detergents) produce liquid and powder molecular forms through professional chemical synthesis and integrated chemical equipment processes. Surfactants are one of the main components. The role of surfactants is to make laundry detergent melt quickly, emulsify, penetrate, clean, disinfect, soften, foam, etc. With the continuous development of the daily chemical industry and the increase in people's awareness of environmental protection, dodecylbenzenesulfonate (LAS) is now widely used to replace traditional fatty acid sodium, among other materials. These materials include water softeners, alkalis, enzymes, fluorescent brighteners, bleaches/sodium borate, CMC, AS, fragrances, pigments, and fillers. After mixing, they are made into various forms. Helsh-Tech's homogenizing emulsifying pumps have helped enterprises solve issues such as uneven material mixing, material plugging, uneven color, and inconsistent product quality in the detergent field through years of understanding and accumulation of enterprise operating conditions. Helsh-Tech's emulsifying pump manufacturing technology easily solves technical issues such as uniform material mixing and effective dispersion. It is widely used in thickeners, preservatives, etc. Helsh-Tech's multi-stage homogenizing emulsifying pump, matched with specially designed gear disks, can quickly achieve mixing and homogenization of multiple materials, and adding defoaming chemical additives effectively prevents foaming.

Multi-Tube Mixing Pump

Soap base media such as soap base facial cleansers and soap base soaps are widely used in daily chemicals. The main components are fatty acids and alkalis, including lauric acid, myristic acid, palmitic acid, vegetable oils, coconut oil, olive oil, palm oil, castor oil, glycerin, and other nutrients. During soap making, liquid alkali, fatty acids, water, and soap base are separated and fully mixed, dispersed, and homogenized. The multi-tube inlet mixing pump produced by our company allows materials to enter the pump chamber simultaneously from respective inlet pipes, achieving online mixing and homogenization, significantly improving production efficiency and product quality.