Engineered for precising and safety, Drum Filling & Emptying Heads handle the controlled transfer of liquids into and out of drums, IBCs, totes barrels, and casks. Perfect for chemical, pharmaceutical, and industrial applications, they make filling and emptying operations reliable and efficient. Corrosion resistant materials such as stainless steel, PTFE-lined components, or Hastelloy allow them to handle aggressive chemicals, solvents, and high purity products with confidence. Integrated level sensing and automatic shut off systems help prevent overfill, reduce spill risk, and improve operational safety. With options like extended lances, compensators, vapour recovery ports, and IBC adaptors, these engineered heads offer flexibility for different container sizes and site requirements. Whether dosing corrosive acids or transferring sensitive media, they provide consistency, efficiency, and peace of mind with every transfer.

Empire’s Drum Pumps commonly known as a Barrel Pump, Stick Pump or IBC Pump, provide efficient and reliable transfer of aggressive chemicals safely throughout the UK. Our extensive product range includes materials of construction from polypropylene, PVDF and stainless steel. The pump technology is specifically designed with operator usability being the paramount factor. The electric drive motor is manufactured with a variable speed controller providing the option of a slow start up, reducing the potential dangers of chemical splash back. Our comprehensive range includes ATEX approved pump ends and motors suitable for dispensing flammable solutions. The drum pumps are suitable for operation with both acidic and alkaline solutions. Typical chemicals to be transferred would be hydrochloric, sulphuric, nitric acids and caustic, chlorine alkali. We offer equipment packages such as pump end and motor only, a complete package system inclusive of petrol nozzle and flexible hose or electronic batch controller systems. The Drum Pump ends are manufactured in the UK at various lengths from 700mm to 1800mm, ensuring a pump is available for all chemical transfer applications. A standard 1000mm pump end would be used to transfer chemicals from 200 litre barrels, 1200mm pump length for Industrial Bulk Containers (IBC’s) and 1500mm aiding the transfer of solutions from deep process tanks. Electric 240v, 110v and air motor drives are available.

For over 75 years, Flux Pumps has been the innovator in drum pump and container pump technology, setting the benchmark for safety, reliability, and performance in chemical transfer applications. Flux drum pumps and IBC pumps provide a trusted, efficient solution for transferring aggressive chemicals across a wide range of industrial environments. Designed for everyday usability, these chemical transfer pumps deliver smooth, controlled operation- ideal for busy production settings and experienced operators. Manufactured in Germany, Flux pump tubes are offered in polypropylene, PVDF, and stainless steel to accommodate a wide spectrum of corrosive media. They are suitable for both acidic and alkaline solutions, including hydrochloric, sulphuric, nitric acids, caustic solutions, and chlor alkali products. ATEX approved drum pumps are available for flammable or volatile chemicals, ensuring maximum safety in hazardous areas. To suit different container types, pump tubes are available in lengths from 700mm to 1800mm: • 1000mm – ideal for 200L drums • 1200mm – designed for IBC containers • 1500mm – suitable for deep process tanks Motor options include 240V electric motors, 110V motors, air operated drum pump motors, and variable speed drive units with soft start capability to reduce splash back and improve operator safety. Systems can be supplied as: • Pump tube only • Tube and motor packages • Complete drum pump kits with flexible hose and dispensing nozzle • Electronic, batch controlled systems for accurate dosing Flux drum and IBC pumps support safe, efficient, and compliant chemical transfer across all industrial applications.

Foeth is offering well maintained, used industrial dryers which are used for the economic: 1) Drying of moist material until the moisture content is reduced to the required percentage. 2) Evaporation of a liquid component from liquid material (dispersions, solutions, …) until a solid material with a defined moisture content is gained The used industrial dryers from Foeth offer the shortest possible delivery time and are a cost-saving alternative to buying new dryers.

The DrySyn® Reactors range encompasses innovative tools for evaporation, heating & stirring in an controlled atmosphere, cooling in an inert atmosphere, and a parallel cooling system compatible with robot platforms or to be utilised as a stand-alone system.

The double-stage air compressors of the DS series compress absolutely oil-free in accordance with ISO 8573-1, class 0 and guarantee outstanding performance in almost all application areas at differential pressures between 4 and 10.5 bar. A compact plug-and-play solution for your processes - not just for sensitive scopes of application.

DSEAR (Dangerous Substances and Explosive Atmospheres Regulations) requires that a hazard must be present – this is usually the presence of an explosive atmosphere and an effective source of ignition. The key requirements for complying with the regulations revolve around the completion of a thorough risk assessment and the undertaking of a Hazardous Area Classification (HAC). Ultimately, the assessment aims to provide a coherent focus for the identification and mitigation from: flammable substances with explosive and oxidising properties alongside substances corrosive to metal substances that can create explosive atmospheres work activities involving other substances that could create a fire, explosion or similar energetic (energy releasing) event e.g. runaway exothermic reactions, decomposition of unstable substances, dust explosions. the occurrence of industrial incidents caused by fires and explosions

This mag drive pump is designed to meet ISO and ANSI standards, making it suitable for various industries, including chemical processing, pharmaceutical and water treatment. Its seal-less design ensures zero vapour loss for hazardous liquids, a key advantage of all mag drive pumps. The DTN pump features an optional pump cartridge assembly, that can be easily installed easily in case of a breakdown, allowing for quick repairs without the need for a complete pump replacement. This reduces downtime and is cheaper than maintaining a spare pump. With ANSI standard dimensions, the DTN can be easily retrofitted into existing pump systems, resulting in substantial cost savings for companies looking to upgrade their equipment without modifying existing infrastructure. Its innovative impeller design and enhanced hydraulics contributes to improved efficiency and lower operating costs. Key features: • Zero vapour loss on hazardous liquids • Designed to ISO and ANSI standards • Handles toxic chemicals Material of construction: • ETFE (Ethylene Tetrafluoroethylene) – a cost-effective choice

Duplex Graphite Rupture Disk The DUPLEX Type Graphite Disk is the best choice for applications involving highly oxidizing agents and halogens.

The Dust Combustibility (Group A/B) test is conducted to assess whether dust or powder will form a flammable atmosphere or support flame propagation when dispersed as a dust cloud in the open air. This test categorises dust or powder into one of two groups: Combustible (Group A) – Flammable or explosive Non-Combustible (Group B) – Non-flammable or non-explosive

The small Tangos mark the entry level into the world of Unistats. The compact dimensions and unique thermodynamics make the Petite Fleur and Grande Fleur ideal for precise temperature control of research reactors. As for all Unistats also the Petite/Grande Fleur models have unique thermodynamic properties. In a direct comparison to other devices in this price class the systems stand alone when it comes to the highest temperature control speed. All models are extremely space saving, simple to operate and can be used flexibly at working temperatures of -40 to +200

For more than 30 years, the dynamic thermoregulation of the Unistat range introduced a revolution in fluid temperature control. Unistats are the ideal solution for fast and precise thermal control of externally connected applications. In comparison to other circulators, the Unistats offer rapid temperature change and a wide temperature range without fluid change. There are over 60 models to choose from with cooling powers from 0,7 to 130 kW. What ever the application, Unistats provide professional scale-up offering the same stable process conditions from the development lab to production systems.

Our e-learning delivers consistent, high-quality safety training that fits around operational demands. It reduces training costs while ensuring a common baseline of knowledge across your workforce. Completion tracking provides auditable evidence of compliance and ongoing competence management.

BPMA's pump training courses have been created by the industry for the industry. All BPMA courses are independent and carry CPD accreditation Both E-learning courses have CPD & and NOCN accreditation The BPMA offers a suite of courses aimed at covering the whole spectrum of Pump Training. These can include, lecture-based, on-site pump training and two world-class e-Learning courses. All BPMA courses have been designed and created by experts from the Pump Industry. If you are a pump manufacturer, distributor or engineer anywhere in the world, the BPMA will have a course for you and your team.

The Earth-Rite DGS Dual Grounding System (DGS) has two independent ground monitoring circuits that allows operators to ground and continuously monitor two items of metal conductive plant equipment concurrently to less than 10 Ohms, such as two bulk transportation vehicles or other metallic vessels like Ex IBCs and metal drums.