The UGS series is available in ½ inch and 1 inch sizes. For the ½ inch valve, the operating pressure range is 0 to 500 mbar, while the 1 inch valve operates in the range of 0 to 250 mbar. The valve is designed for low-pressure applications and can be supplied with an AC power supply, ensuring reliable and efficient operation.

Efficient and reliable heat transfer for every industry.

We can provide complete new gasketed plate heat exchanger units from a range of manufacturers. The gasketed construction allows the unit to be easily opened for inspection, cleaning, and maintenance, which is particularly beneficial in industries such as chemical processing where fouling or contamination can occur. Their flexible design means capacity can often be adjusted by adding or removing plates as process requirements change.

The business landscape and analytical requirements are constantly evolving. The next-generation GCMS-QP2050 gas chromatograph mass spectrometer, built on Shimadzu's cutting-edge technology, paves the way for the future. It delivers exceptional value through highly reliable and stable hardware, paired with user-friendly software featuring advanced automation capabilities. • Innovative Ion Source Design – Just 7 parts, replaceable in 1 minute! • Cost-Effective Maintenance – Cleanable or disposable ion source parts, with replacements costing only £150. • Exceptional Sensitivity – Choose from two models: High Vac (HV): IDL ≤ 5 fg, Low Vac (LV): IDL ≤ 15 fg • Flexible Carrier Gas Options – High Vac model supports Helium, Hydrogen, or Nitrogen with a gas-saver mode to reduce usage. • Enhanced Detection Capabilities – Optional detector splitter kit enables simultaneous FID and MS detection from a single injection.

This gear flow meter is a volumetric flow meter designed on the gearwheel meter principle, ideal for measuring non-lubricating, low-viscosity, and chemically aggressive liquids. It operates by detecting the movement of gears through a sensor that captures pulses from the gear teeth. This is done contact-free and hermetically sealed. ADVANTAGES OF THE GATHER GEAR FLOW METER: - High measurement accuracy - High repeatability - Constant c-factor - Universal detection of non-lubricating media - Output signals individually customizable! - Cleaning In Place (CIP)

FLEXIBLE, EASY, COMPACT, EFFECTIVE. GEMÜ D40 and D41 point the way to the future: With a fixed chambered diaphragm, the new body geometry and simple installation, they perform efficiently. The pneumatically actuated GEMÜ D40 diaphragm valve is designed for use in sterile applications. The diaphragm hermetically separates the actuator from the operating medium.

With bubble-tight sealing in accordance with EN 12266-1/P12 and a leak rate of A, GEMÜ butterfly valves deliver superior performance combined with a sleek design. Available in a wide range of materials, accessories, and certifications such as WRAS and DVGW, GEMÜ butterfly valves are ideal for use throughout the water treatment process, working to enhance efficiency and effectiveness. Visit stand E20 to see a working model of the GEMÜ 481 butterfly valve, featuring the latest GEMÜ 12A0 intelligent electrical position indicator.

The GEMÜ R487 Victoria is a manually operated soft seated metal butterfly valve. Available with a hand lever or gearbox depending on customer requirements, it offers flexibility to your application. The butterfly valve is available in nominal sizes DN 25 to 600 and in standard installation lengths ISO 5752/20 | EN 558-1/20 | API 609 category A (DIN 3202 K1) in wafer, lug and U section body versions. Available with a wide range of conformities, the valve is ideal for water treatment and biogas applications.

The GEMÜ R690 2/2-way diaphragm valve has a low maintenance membrane actuator and is pneumatically operated. Normally Closed (NC), Normally Open (NO) and Double Acting (DA) control functions are available. The high-flow valve body provides compact dimensions at high flow rates.

The pneumatically actuated GEMÜ S40 globe valve is designed for use in industrial applications and has body shapes such as angled and straight seat bodies. The valve spindle is sealed by a self-adjusting sealing element; this ensures low-maintenance and reliable sealing even after long periods of operation. Normally Closed, Normally Open and Double Acting control functions are available.

Vulcan Seals offer an extensive range of 30 different gland packings, designed and constructed to minimise maintenance costs. Our gland packings use the most advanced gland packing fibres, the highest quality braiding methods, and the best lubrication processes. Our gland packing products have a high degree of resilience and consistency of volume. Their superior lattice, square inter-braided construction needs less gland pressure to seal, resulting in reduced equipment wear, less gland maintenance and increased gland packing life.

The wide range of glassware by DWK is designed to improve lab safety, protecting you, your colleagues, and the contents you are working with. Built Stronger:- with greater levels of robustness and durability Spill Protection:- designed to reduce the risk of accidental spills or leakages Safer Handling:- designed to ensure easier handling and use during day-to-day lab work UV Protection:- designed to protect contents from UV light damage

Glatt PHOS4green technology is a groundbreaking waste-free process that recycles the phosphorus from ash to produce ready-to-use high-quality fertilizers. In the first step of the two-stage "PHOS4green" process, a suspension is produced from the phosphate-containing ash, a mineral acid and, depending on the objective, other components. The suspension is then spray granulated in the fluidised bed. This results in fertiliser granulates that are available to plants and soil, which can be discharged, filled and delivered directly after the desired grain size has been reached.

The Glatt ProAPP® Lab is suitable for feasibility studies, testing of material and/or process ideas and the production of initial samples and test batches. This reactor can be operated between room temperature and 900 °C (optionally up to 1300 °C). This wide temperature range is achieved by the innovative design of the reactor. The Glatt ProAPP® is particularly suitable for initial experiments with large parameter variations and for optimizing the material system. It can be operated under inert conditions in addition to the oxidizing regime. The Glatt ProAPP® Lab pulsation reactor can produce approximately 100 to 500 grams of powder per hour.