Products

Helical Static mixer

Helical Mixers

Helical Mixers, also known as helical ribbon or screw mixers, use a rotating helical ribbon to provide gentle yet effective mixing of high-viscosity fluids, pastes, and powders. They excel at blending, heat transfer, and homogenization while minimizing shear. Ideal for food, pharmaceutical, chemical, and adhesive manufacturing where uniform mixing of thick materials is required.

Blade Static Mixer

Blade Mixers

Blade Mixers are robust industrial agitators that use flat or angled blades to provide strong radial and axial flow. They excel at mixing low-to-medium viscosity liquids, slurries, and suspensions. Ideal for blending, solid suspension, and heat transfer in chemical, paint, wastewater, food processing, and mineral applications.

Reduced Clogging Blade Elements High Pressure

Non-Fouling Mixers

Non-Fouling Mixers are specially designed agitators that prevent material buildup, scaling, and fouling on the impeller and shaft. Using unique blade geometry and surface treatments, they maintain consistent performance in sticky, viscous, or crystallizing fluids. Ideal for wastewater, chemical processing, adhesives, resins, and slurries where traditional mixers frequently clog or require frequent cleaning.

Waffle type mixer

Packed Mixers

Packed Mixers are high-efficiency static mixing devices that use structured or random packing materials inside a pipe or column to achieve superior mixing, mass transfer, and heat exchange. They excel in gas-liquid contacting, absorption, stripping, and multiphase reactions. Ideal for chemical processing, distillation, wastewater treatment, and petrochemical applications requiring intense mixing with low pressure drop.

Vertical Tank Mixer Stainless

Top Mounted Mixers

Top Mounted Mixers are versatile vertical agitators installed from the top of tanks and vessels. They provide efficient mixing for a wide range of viscosities and volumes. Available in direct drive, gear drive, and high-torque configurations, they are ideal for chemical, pharmaceutical, food & beverage, and water treatment applications requiring reliable blending and suspension.

Portable Tank Mixer Direct Drive

Portable Mixers

Portable Mixers are compact, lightweight, and highly mobile agitation systems designed for flexible use across drums, IBC totes, small tanks, and open vessels. Easy to move between locations, they offer quick setup and effective mixing for batch processing, pilot plants, and maintenance operations in chemical, food, pharmaceutical, and wastewater applications.

Side Tank Mixer

Side Entry Mixers

Side Entry Mixers are horizontally mounted agitators installed through the side of large storage tanks and vessels. They deliver powerful, efficient mixing for blending, suspension, and homogenization of large volumes. Ideal for petroleum, chemical, biofuels, and water treatment applications, they offer low power consumption, easy maintenance, and excellent performance in tall tanks.

Magnetic Tank Mixer

Magnetic Mixers

Magnetic Mixers, also known as Mag-Drive Mixers, use a magnetic coupling to transmit power from an external motor to the internal impeller without any mechanical seal. This sealless design provides leak-free, contamination-free mixing, making them ideal for hazardous, toxic, high-purity, and sterile applications in pharmaceuticals, chemicals, and biotech.

Injection Quills Products

Fixed Flange Various Material Injection Quills

Fixed Injection Quill
Special Alloys

A Flange Special Alloy injection quill, crafted from corrosion-resistant alloys like Hastelloy or Inconel, ensures precise chemical injection into pipelines. Available in various lengths, it features a flanged connection for secure installation, a check valve to prevent backflow, and customizable insertion depths for optimal mixing in harsh environments.

Various threaded injection quills

Fixed Injection Quills

A fixed injection quill is a permanently installed device used in pipelines to inject chemicals, corrosion inhibitors, or additives directly into the center of a flowing fluid stream. It extends into the pipe to ensure even dispersion, prevent wall impingement, and avoid localized corrosion or buildup. Made from materials like 316 stainless steel, Hastelloy, PVC, or Kynar, it is simpler and more cost-effective than retractable types. However, removal or maintenance requires full system shutdown and depressurization.

Retractable Injection Quills

A Retractable Injection Quill is a specialized device used in industrial pipelines to inject chemicals, additives, or inhibitors directly into the center of a flowing fluid stream. Unlike fixed quills, its retractable design features an integrated ball valve and safety mechanisms, allowing the quill to be safely inserted or removed while the system remains under full pressure—eliminating the need for costly shutdowns or depressurization.

High Shear Products

Mechanical Shear Mixers

Mechanical Shear Mixers are high-performance rotor-stator devices that generate intense mechanical shear to rapidly emulsify, homogenize, disperse, and reduce particle size. Available in batch and inline configurations, they deliver fast, uniform mixing results for pharmaceuticals, cosmetics, food products, chemicals, and coatings. Ideal for creating stable emulsions and fine dispersions.

Inline High Shear Mixers

Inline High Shear Mixers are advanced rotor-stator devices that generate intense mechanical shear forces to rapidly emulsify, homogenize, disperse, and reduce particle size. Available in both batch and inline configurations, they excel at creating stable emulsions, fine dispersions, and uniform blends in a single pass. Ideal for pharmaceuticals, cosmetics, food, chemicals, and coatings.

Ultra High Shear Mixers

Ultra-High Shear Mixers are advanced rotor-stator systems that deliver extreme shear rates (often 200,000 – 500,000 s⁻¹), enabling the production of sub-micron and nano-scale emulsions in a single pass. Ideal for high-performance applications in pharmaceuticals, cosmetics, specialty chemicals, and advanced materials where superior stability, uniformity, and particle size reduction are critical.