The Wolf ATEX LED Installed Linear lighting range is available with either FFA (Forward Facing Array) LED modules or our own revolutionary, patented DLO (Directional Linear Optics) modules. Both versions have Emergency models with backup battery power supply, and are available in the standard industry sizes - 2 feet and 4 feet.

inGenious Link acts as a central coordination system between local RES, the battery storage system, and the metering point. Through the metering point connection, it monitors consumption and generation in real time. Using local forecasts (weather and solar radiation) and historical data, it predicts on-site generation. It also analyses power draw history to identify time intervals with high net import from the grid, which is the difference between locally generated and total consumed energy. This enables excess renewable energy to be stored at the right time and used later during high-price periods. Doing so increases the on-site utilisation of locally generated energy, which directly improves the economic efficiency of both new and existing solar power plants, wind turbines, biogas engines, cogeneration units, and other local RES.

The LoKr DuoTM two-piece safety cartridge provides the proven advantages of the LoKr Safety Cartridge (best-in-class low KR, easy installation, and leak-tightness) in a two-piece, modular design. Instead of a single welded cartridge that must be removed in its entirety after activation, the LoKr Duo separates into an outlet body and a welded inlet/rupture disc module. When the disc bursts, you simply replace the inlet module; the outlet body stays in line, saving time and reducing waste. Key features and benefits Low KR for high flow, compact piping: The LoKr family is engineered around a best‑in‑class flow‑resistance factor (KR≈0.22), allowing engineers to achieve required relief flows without upsizing pipework. The LoKr Duo shares this low‑KR geometry, so plants can retain existing line sizes and still meet relief‑system sizing rules. Two‑piece cartridge design: The outlet body and inlet assembly are built to mate precisely. The inlet contains the disc and integral seal; once it bursts, you swap the inlet module. This reduces inventory costs and downtime compared with traditional three‑piece disc/holder/gasket systems. Hermetically sealed leak‑tight construction: The Lokr Duo’s inlet disc assembly is hermetically sealed and leak‑checked, reducing leak paths. It withstands full vacuum and is available for both gas and liquid service. Non‑torque‑sensitive installation: The integrated seal means there are no conflicting torque values between the holder and the disc. You simply torque the flange bolts to the gasket specifications; the disc is protected from damage and installation errors. Wide range of sizes and pressures: Standard sizes range from 1 in. to 12 in., with operating ratios up to 95% and burst tolerance of ±5%. High reliability and non‑fragmenting design: The reverse‑acting rupture disc provides consistent burst performance with high cycle life and won’t fragment when it opens. It is suitable for high‑cycling or pulsating applications.

For very long pipelines, the use of parallel heating technology becomes very costly due to the very large electrical distribution system that would be required. However, an advantage is that long circuit lengths are possible using our Longline range of heating cables. Typically 3-phase Longline heating cables require electric supply points only at multi-kilometre intervals. Due to this, the number of power points required is dramatically reduced and can offer significant CAPEX savings. We can produce series resistance heating cables within the following ranges: - Up to 6600 Volts 3 phase - Up to 230°C (446°F) withstand temperature - Up to 50 W/m of output Example of Applications: - Freeze protection of long pipelines - 3 Phase heating systems - Above ground or underground pipelines Benefits: - Circuit lengths up to 50 kilometres - Constant power along unit length - Easy installation in convenient lengths

Our LOPA studies give you the data you need to justify safety investments to management. We can achieve this by focusing resources where they'll have the greatest impact, and demonstrating to regulators that you've taken a rigorous, quantitative approach to managing your major accident hazards.

LOTUS chlorine dioxide generators are the most effective solution for water disinfection in a variety of applications and in particular for the prevention of legionellosis in domestic hot and cold water systems. The bacterium that causes legionellosis, Legionella, is able to adapt even to conditions that would be fatal to other organisms. Thanks to its high Redox potential, chlorine dioxide exerts a more powerful disinfectant action than other biocides against Legionella and all kinds of germs and contaminants such as viruses, bacteria, fungi and algae. The oxidation potential is higher than that of chlorine, for example, so fewer chemicals can be used. Potentially dangerous disinfection by-products are absent and it is proven to penetrate and degrade the Legionella habitat. The action of the chlorine dioxide is independent of the pH value of the water, is not aggressive towards pipes and has a longer-lasting and wider-ranging effect from the injection point. Scientific tests have shown the effectiveness of the disinfectant action, with almost 100% killing of Legionella in just 30 minutes and elimination of the proliferation habitat. Safety is ensured by the atmospheric pressure production process, in which chlorine dioxide is never treated in its gaseous form but is produced by reacting two liquid precursors in a reaction chamber in only the amount needed at the time.

The chemical industry produces a wide range of substances-acids, alkalis, flammable solvents, and many more-each with its own handling and safety requirements. Ensuring the safe, accurate transfer of fluids with different viscosities and densities is essential. At Flux Pumps, our high‑quality chemical barrel pumps and industry expertise allow us to deliver safe, reliable solutions for even the most demanding applications. Our chemical barrel pump range is specifically engineered to handle hazardous and corrosive liquids with precision and control. We offer manual and semi‑automatic drum dispensing systems, including flowmeter options for sensitive fluids. Pumps such as the Flux F 424 and Flux F 430 provide safe, efficient fluid transfer while meeting the strict standards required for chemical handling.

The lightweight Flux F 300 Series drum pump (25 L) offers an efficient and dependable solution for emptying smaller containers. Engineered for versatility and reliability, it’s ideal for a wide range of drum‑emptying applications, including: Water treatment: Transfer of sodium hypochlorite, sodium bisulphite, hydrochloric acid and sodium hydroxide. Automotive: Handling light oils, glycol, antifreeze, diesel and AdBlue. Plating and etching: Pumping nitric, sulphuric and phosphoric acids. Cleaning and disinfection: Transfer of bleach, liquid chlorine and caustic soda. The JUNIORFLUX range is available in standard tube lengths of 500, 700 and 1000 mm, while the COMBIFLUX pump offers an extended 1200 mm version—ideal for IBCs and deeper tanks. Both pump series are designed for precise, controlled pumping of smaller volumes from containers, barrels, drums and IBCs.

The Ex e control units from the LRP series are another in-house development from Pepperl+Fuchs. With standard and customer-specific designs, the series covers all requirements and offers application flexibility due to its global certifications. The lightweight, modern product design ensures both impact resistance and durability.

Discover our range of Lubricants and Metal Working

LUXOR believe that innovation and smart design thinking should be accessible for every user. That is why they build a series of highly advanced, fully automated metal coaters meant for high-resolution imaging and microanalysis. Customers can therefore expect faultless, uninterrupted operation as well as fast and consistent results. LUXOR Carbon Coater Precision Carbon Coating for Superior SEM Analysis. Trusted by leading industrial and academic SEM labs, LUXOR sputter coaters are the go-to solution where image quality and high-resolution imaging are critical. The LUXOR Carbon Coater is a state-of-the-art, fully automated system designed to deposit a thin, uniform layer of carbon on SEM samples—effectively eliminating charging issues during EDX/EDS chemical analysis. Renowned for its user-friendly interface, innovative upside-down design, and rapid, hassle-free operation, the LUXOR simplifies your workflow while consistently delivering high-quality results. LUXOR Gold Coater The LUXOR Gold Coater is an advanced, fully automated sputtering device that applies a fine grain gold coating from 1 to 100 nm thickness. This allows you to get the very best SEM imaging quality from your samples. LUXOR’s unique A² technology generates a gold plasma and sprays it in a controlled and accurate manner, resulting in an extremely uniform, thin and homogeneous gold layer. The LUXOR Gold Coater is also renowned for its ease of use and quick, hassle-free operation. LUXOR Platinum Coater The LUXOR Platinum Coater is a highly innovative, fully automated sputtering device which applies a fine grain platinum or gold coating from 1 to 100 nm thickness. LUXOR’s unique A² technology assures that the gold or platinum is sprayed in a highly controlled and precise manner, resulting in an extremely uniform, thin and homogeneous coating. This allows your scanning electron microscope to show the best possible image quality.

With LX610e printing and precise die-cutting are incorporated into one easy, timesaving step. Just import your design into the included software and create an individual contour cut or select one of the many standard die-cuts such as squares, circles, stars or rectangles. LX610e produces gorgeous, professional-quality labels with colour inkjet printing at up to 4800 dpi. With LX610e you can choose from a wide variety of substrates, including DTM White Gloss Polyester, DTM Clear Gloss Polyester and DTM White Gloss Paper. Additional materials from the DTM Genuine Label Stock are available if using pre-die cut stock.

ESSLAB offers a wide range of vials, caps and accessories for chromatography. Designed for all popular instrument manufacturers, including Waters, Agilent and Shimadzu, the ESSLAB range is complemented by a wide range of accessories, including storage solutions as well as crimpers and decappers.

Elevate your water and wastewater analysis with the cutting-edge NANOCOLOR® VIS II. This high-precision spectrophotometer combines premium high-tech components with outstanding usability, revolutionizing daily laboratory work.