The mixing tank is a key tool in the cosmetic and personal care industries, designed to blend liquids, powders, and particles into smooth, uniform formulations. LIENM, a trusted mixing tank supplier and mixing tank manufacturer, provides high-quality tanks for producing toners, cleansers, serums, and more.
With precise speed control, hygienic stainless steel construction, and optional heating or cooling, LIENM’s liquid mixing tanks ensure consistency, stability, and quality. Tailored to meet your needs, our GMP-compliant systems integrate seamlessly into your production line, whether for high-viscosity formulas or delicate skincare bases.
LIENM offers end-to-end solutions, from design and manufacturing to installation and after-sales support, ensuring a seamless experience for all your mixing tank needs.
We provide customized liquid mixing tank designs, optimizing for your specific production requirements, whether in terms of capacity, agitator type, or functionality.
With years of experience, LIENM brings unparalleled expertise in developing high-performance mixing tanks for diverse industries, ensuring efficient and consistent results.
Our liquid mixing tanks are built using premium, food-grade stainless steel (SUS316L/SUS304), guaranteeing high durability, corrosion resistance, and compliance with industry standards.
Equipped with state-of-the-art technology, our liquid mixing tanks feature integrated temperature control, smart sensors, and customizable automation for precise, efficient production.
LIENM collaborates with top-tier brands, ensuring that our liquid mixing tanks meet the highest standards of quality, performance, and reliability for your business.
Discover our proven track record in delivering cosmetic packaging solutions.
View our detailed videos showcasing product features, installations, and completed projects.
View our detailed videos showcasing product features, installations, and completed projects.
A mixing tank is a vessel designed for blending, dissolving, suspending, emulsifying, or chemically reacting materials by mechanical agitation. It is widely used across industries such as food and beverage, pharmaceuticals, chemicals, cosmetics, and wastewater treatment.
Mixing tanks are constructed from materials selected based on process requirements and compatibility with the substances being mixed. Common materials include:
Stainless steel 304 — suitable for general food and chemical applications, offering good corrosion resistance.
Stainless steel 316L — ideal for highly corrosive or sanitary environments such as pharmaceutical and fine chemical industries.
Carbon steel — used where corrosion resistance is less critical and cost-efficiency is a priority.
Plastic (PP, PE, HDPE) — used for corrosive, low-temperature applications without pressure requirements.
Glass-lined steel — suitable for handling strong acids, alkalis, or highly corrosive chemical reactions.
There are several common types of agitators used in mixing tanks, each suited for different applications based on the viscosity of the material and the mixing intensity required:
Paddle or Blade agitators are typically used for medium to high viscosity liquids. They provide gentle mixing that preserves the material's integrity while ensuring good heat transfer throughout the tank.
Ribbon agitators are ideal for very high viscosity materials such as pastes or thick slurries. Their design allows them to effectively move and blend sticky or dense substances that are hard to mix with conventional agitators.
Turbine agitators work best with medium viscosity liquids where strong shear forces are needed. They excel at dispersing solids or immiscible liquids evenly throughout the mixture due to their powerful mixing action.
Anchor agitators are designed for very high viscosity materials. They scrape along the vessel walls to prevent buildup and ensure thorough mixing even in sticky or dense fluids.
Magnetic stirrers are mainly used in sterile or sealed process environments where contamination must be avoided. Since they operate without mechanical seals, they offer a leak-proof and hygienic mixing solution.
The choice of agitator depends on the material viscosity, mixing intensity required, and specific process goals such as homogenization, heat transfer, or preventing sedimentation.
Yes. Mixing tanks can be equipped with heating or cooling jackets or coils to maintain specific process temperatures. Common heating methods include steam or hot water jackets, while cooling is often achieved with chilled water or glycol systems. Electric heating elements can also be used for smaller tanks or where steam is unavailable. Insulation may be added to reduce heat loss.
Mixing tanks come in a wide range of sizes, typically from laboratory scale (around 50 liters) up to large industrial tanks exceeding 10,000 liters. Most manufacturers offer customization options for volume, dimensions, agitator type and speed, materials, surface finish, number of ports, instrumentation, and automation features to meet specific process requirements.
Yes. For hygienic or pharmaceutical applications, mixing tanks can be equipped with Clean-In-Place (CIP) systems featuring spray balls or nozzles to allow automated cleaning without disassembly. Sterilize-In-Place (SIP) systems using steam or chemical agents can also be integrated to maintain sterile conditions. These features help comply with FDA, GMP, and other regulatory standards.