The UFLOW PVH Series proportional flow control solenoid valves are high-performance control valves designed for precise regulation of fluid or gas flow using variable electrical input. These valves offer proportional modulation, allowing smooth and accurate adjustment of flow rather than simple on/off action, making them ideal for applications requiring fine control of pressure and flow rates.The PVH Series features low power consumption, long service life, and high reliability, and is suitable for media such as air, oxygen, nitrous oxide, carbon dioxide, and other gases in control and automation systems.

The UFLOW 2/2-way miniature low-flow proportional valve is designed for precise control of low flow rates in pneumatic and fluid systems. It offers proportional modulation for smooth and accurate adjustment of flow, making it ideal for applications requiring fine control rather than simple on/off operation. Compact and reliable, this valve is suitable for use in automation, instrumentation, and control systems where accurate low-flow regulation is needed.

The High-throughput (HT) Proteomics Facility is a cutting-edge hub for advanced proteomics research and analysis, equipped with the latest technologies to support a wide range of scientific inquiries. Utilising state-of-the-art instruments such as the Bruker timsTOF HT and Evosep One, our facility offers high-throughput, high-sensitivity 4D-proteomic analysis for complex sample types, including cell lysates, human and animal tissues, and plant samples.

Professional metering pumps with advanced multifunctional electronics and top level hydraulics. Mechanical adjustment of stroke length (injection volume); designed for foot mounting. Flow rates up to 32 l/h. PVDF head with ceramic ball valves and PTFE seals; models with self-bleeding valve and special heads for dosing liquids of medium and high viscosity. Operations in manual, pulse, automatic, analogic input, duty cycle or batch mode.

The Canty SolidSizer™ unit is a versatile tool for lab environments to determine particle size and shape, thereby eliminating the need for sieving. The system also has multiple configurations that allow color analysis and defect detection, as well as a tilting stage for flat particle analysis. The modular design allows for easy assembly of different configurations depending upon product type and/or analysis desired.

Canty Mini Inflow analyzers utilize the latest in visible-spectrum microscopic imaging technology. Canty’s Gigabit Ethernet cameras, microscopic lenses, trademark fused glass, LED cool lighting systems, and proprietary CANTYVISION Intelligent Analysis software combine to provide the very best in real time analysis of particle concentration & size and shape distributions.

Kaptech Pharmaline N & Pharmaline X flexible PTFE hose offers a unique solution to the need for a smooth bore hose with the flexibility of a convoluted hose. Most of our Kaptech flexible hose assemblies can be supplied complete with easy to use quick-release couplings: see our Hansen couplings range for details.

Kaptech PTFE 7000 Bioflex Ultra flexible PTFE hose offers a unique solution to the need for a smooth bore hose with the flexibility of a convoluted hose. The PTFE 7000 Bioflex Ultra tube design incorporates integral external rib sections along with a high tensile 316 stainless steel wire helically wound into the root of the convolutions which support the tube against kinking, vacuum and pressure. Highly compressed web sections give a smooth inner surface with excellent flexibiity. Compared to conventional convoluted PTFE, Bioflex Ultra gives much improved performance: at least double the flow rate, excellent gas permeation resistance and superior flexing cycle life. Most of our Kaptech flexible hose assemblies can be supplied complete with easy to use quick-release couplings: see our Hansen couplings range for details.

Hiperflon® lined piping and fittings from CRP are produced with paste extruded PTFE linings and PFA moulded fittings using raw materials manufactured in the UK. Our processes offer the longest service life and lowest total cost of ownership.

Empire Pumps specialise in the manufacture of fluoroplastic heat exchangers. Our diverse plastic range is constructed from PTFE, FEP and PFA. These high quality rated plastics are ideal for use with high temperature aggressive metal finishing and chemical processes. The advanced texture of the plastics ensures the surface of the heat exchanger remains smooth, thus reducing the potential scaling of sludge producing processes. The Empire range of heat exchangers are manufactured using pure fluoroplastics with an increased wall thickness. This robust design allows steam and thermal fluids to be transferred through the heat exchanger at increased pressures up to 4 bar. The higher the pressure capability, the quicker the heat is transferred into the process solution and the faster the tank is heated. The range can be manufactured in circular, horizontal or vertical designs. Our thicker tube technology offers increased surface area within the same physical size of alternative products. This increased surface area ensures quicker heating of process tanks. We offer flexible design solutions to suit specific customer requirements. The heat exchangers can be manufactured with floor mounted feet or with a mounting bracket for positioning on the inside of the tank wall. The inlet and outlet ports can be flanged or screwed connections. Extended flexible risers can be fitted to overcome large tank freeboards.

Safeguarding your process from expansion and stress with unmatched reliability. If you are looking for High Pressure Bellows for demanding applications, CRPs FluoroFlow Bellows offer extreme durability and lowest total cost of ownership. Key Features: • Sizes 1” DN25-42” DN1050 • Extensive type testing at TÜV, • Heavy duty HiPerFlon PTFE Liner • Virgin and Static dissipating PTFE • 2-10 Convolutions with uniform wall thickness • Pressures up to 16 Barg.

CRP design and manufacture absorption and distillation columns lined in HiPerflon® PTFE / PFA fluoropolymers. They incorporate heavy duty linings up 12mm / 1/2″ thick produced from the highest performing polymers to give the best reliability to our customers.

Packings made from PTFE (polytetrafluoroethylene) are a mainstay of the mechanical compression packing industry. PTFE is well known for its outstanding resistance to chemical attack, low coefficient of friction and wide temperature tolerance including cryogenic service. This wide flexibility makes PTFE packings a popular choice for those difficult applications where strong solvents, corrosive chemicals and oxidising media require to be sealed. KLINGER have harnessed these properties in our range of PTFE based gland packings to give an enormously wide sealing capability in both valve and pumping applications.

We have a wide portfolio of valves which are all designed with performance forefront, we are the UK distributor of the market leading Atomac range of PFA lined ball, check and plug valves. The Durco range of PTFE / PFA lined butterfly valves and sleeve-line non lubricate plug valves. We also manufacture our FluoroFlow range of PFA lined poppet check and swing check valves. All the valves we consider are technically superior to provide long trouble free operation in our customers processes which we know can be the most corrosive and demanding and warrant the very best products available.

The UFLOW PS4 Series PU pneumatic double-end double-acting cylinder is a robust actuator engineered for precise linear motion in industrial automation. Built to ISO 15552 and VDMA 24562 standards, it ensures global compatibility and seamless integration with pneumatic systems. The double-acting design offers controlled force in both extension and retraction, while the double-end piston rod provides balanced push and pull performance. With a durable PU tie-rod structure, the PS4 series delivers smooth operation, high reliability, and long service life, making it ideal for applications such as material handling, packaging, manufacturing, and general automation in demanding environments.