Liquids

Beverage and drinks pumps are characterised by their sanitary design, corrosion resistance, and precise flow control.

These qualities ensure contamination-free processing, easy cleaning, non foaming transfer and compliance with industry standards, making them ideal for breweries, bottling plants, and beverage manufacturers.

Bitumen pumps are engineered to handle high temperatures and high viscosity, incorporating features such as heavy-duty construction and heating jackets for thermal stability.

With high-torque drive systems and abrasion-resistant components, they ensure reliable performance, reduced maintenance, and efficient handling of bitumen in road construction and industrial applications.

Chemical pumps are engineered from Solid Block in materials offering superior corrosion resistance in either sealed or sealless designs for improved safety.

Their robust design ensures safe, reliable, and efficient transfer of aggressive and hazardous chemicals, meeting stringent safety and environmental regulations in industrial and laboratory applications.

Pumps used in the manufacture of chocolate and sweets are specialised for handling high-viscosity liquids with delicate properties, featuring precise temperature control and gentle handling mechanisms.

Their robust construction and food-grade materials ensure reliable performance, minimal maintenance, and efficient processing in confectionery production and food manufacturing applications.

Coagulants and flocculants pumps feature precision dosing mechanisms and chemical-resistant materials.

Their robust construction withstands harsh chemicals for reliable, continuous operation critical in water treatment systems for sedimentation and filtration processes.

Pumps for corrosive liquids utilise specialised materials from stainless steel to corrosion-resistant plastics with specialised seals, ensuring durability and safety in chemical processing and industrial applications.

Cosmetic pumps are engineered from materials designed with the highest standards of health and safety in mind.

They also ensure accurate and consistent product dosing while meeting stringent hygiene requirements essential for cosmetic manufacturing and packaging applications.

Dairy, milk, and ice cream pumps employ sanitary stainless steel and food-grade materials for precise, hygienic handling.

They ensure regulatory compliance, crucial for maintaining product quality and safety in processing and production.

Drilling mud pumps are robustly designed to handle high-viscosity fluids and abrasive substances.

They ensure reliable performance in demanding drilling operations, crucial for maintaining operational efficiency and productivity.

Edible oils and fat transfer pumps require food-grade stainless steel or sanitary materials for hygienic handling.

They ensure precise, efficient transfer at high temperature, meeting food safety standards where required whilst maintaining product integrity in processing applications.

Fish and seafood pumps use corrosion-resistant materials such as stainless steel for hygienic handling in saline environments, ensuring precise flow control to maintain product quality during various processing stages in food factories and aquaculture.

Food transfer pumps, typically use sanitary stainless steel or approved materials, ensure precise flow control for efficient transfer, preserving product quality in diverse food processing applications tailored to liquid viscosity and specific needs.

Freshwater sourced from lakes, rivers, and reservoirs is relatively clean but not purified for drinking.

It's typically pumped using basic materials such as cast iron, and used for cooling, irrigation, and industrial applications.

Fuel pumps are designed for dispensing and transfer of various fuels, including petrol, diesel, LNG, and biofuels.

They often comply with ATEX standards for safety in hazardous environments, ensuring reliable and efficient fuel transfer.

Glue pumps are specialised for handling challenging adhesives that harden on contact with air, such as water-based PVA glues, or solvent derivatives.

They are usually low maintenance and ensure precise dispensing for cost-effective, environmentally friendly bonding applications

Glycol pumps are designed with compatibility for handling low viscosity liquids like glycols, ensuring efficient transfer in cooling and heating systems.

They feature robust construction and precise flow control for reliable performance in diverse industrial applications.

Grease pumps are engineered from robust materials designed for the transfer of high-viscosity grease.

They ensure precise dispensing and reliable performance in lubrication systems, critical for industrial machinery and automotive applications.

Ink, paint, and varnish pumps are crafted with corrosion-resistant materials such as stainless steel or engineered plastics and engineered seals to handle viscous fluids effectively.

They ensure precise metering and consistent flow rates, crucial for maintaining quality and operational efficiency in industrial coating and printing processes.

Latex pumps are crucial in industrial settings for handling the viscous fluids used in latex manufacturing and processing.

They ensure precise flow control, essential for maintaining consistency and quality throughout production.

Meat and poultry processing pumps, crafted from

food-grade materials, handle various tasks from gentle meat conveying to macerating by-products such as skin, offal and feathers. They facilitate efficient operation through the use of large solid handling and non clog designs assisting processing.

Oil pumps, designed with differing internal parts to cater to a wide range of viscosities for lubrication systems.

They provide precise flow control essential for maintaining machinery efficiency and longevity in industrial applications, and manufactured to the required ATEX/IECEX Standards.

Polyethylene and polyurethane pumps use positive displacement for low-shear handling, ensuring product consistency and safety with seal-free designs for leak-free operations and preventing air ingress that could impact performance.

Pumps for polymers are designed to handle varying viscosities and ensure precise flow control in industrial processes.

They are essential for consistent performance and quality in polymer production and processing applications.

Pumps for pulp are engineered to handle fibrous materials and ensure efficient transfer in paper and pulp processing without clogging.

They feature robust construction and reliable performance critical for maintaining productivity and quality.

Resin pumps are meticulously engineered to handle viscous resins in industrial applications, ensuring reliable flow control, without clogging and consistent performance essential for resin production and processing operations.

Seawater pumps, often use bronze, Stainless Steel or Duplex Stainless Steel due to its durability and corrosion resistance.

They handle the aggressive nature of seawater and brine and ensure efficient transfer crucial for marine applications like cooling systems and desalination.

Sewage pumps manage wastewater and solids, tackling challenges like blockages from fats, paper and debris.

They ensure efficient transfer in sewage systems, crucial for maintaining sanitation and public health infrastructure.

Sludge pumps manage highly viscous waste fluids with high solid content, often toxic and abrasive due to accumulated waste particles from processes.

They ensure efficient transfer crucial for industrial and wastewater treatment operations.

Slurry pumps manage abrasive slurries, including toxic, agricultural, highly viscous waste fluids with high solid content.

These fluids often result from processes involving settlement ponds, pits or tanks efficient non clog transfer crucial in industrial applications.

Solids and abrasive pumping requires careful consideration due to potential damage from high-velocity movement through pumps and pipework.

Pump selection depends on solids' nature, concentration, size and hardness, impacting handling methods from intact conveyance to maceration.

Surface treatment pumps handle aggressive chemicals and caustic solutions for metal surfaces.

They operate across multiple stages within treatment from degreasing, pickling with acids, and electroplating, and ensure safe, precise fluid handling critical for industrial processes.

Thermal oil pumps handle high-temperature oils used as heat transfer mediums in closed systems, preventing thermal damage like cracking or decomposition as well as cost effective heating.

They ensure uniform heating critical for handling flammable liquids and heating tank farms for viscosity control.

Viscous and sensitive pumps handle delicate fluids with varying viscosities, ensuring gentle handling to preserve product integrity.

They are crucial for maintaining process efficiency and preventing damage in sensitive food, industrial or pharmaceutical applications.

Wastewater pumps efficiently handle varying quality and contaminants from industrial, chemical, or municipal processes.

They ensure non clog operation without damage from solids particles or chemicals which may be present in the fluid.

Wax pumps handle viscous wax derived from petroleum or natural sources such as beeswax, used in diverse applications including candles, crayons, polishes, and coatings.

They ensure non-pulsating, non clog, low-shear flow critical for precise wax transfer in manufacturing processes.