Enhance your durability and boost your energy efficiency.

We can provide complete new welded heat exchanger units. Welded heat exchangers are designed for demanding applications where high temperatures, high pressures, or aggressive fluids make gasketed solutions unsuitable. In these units, the plates are fully welded together, creating a robust and leak-resistant structure capable of handling challenging chemical processes. The welded design eliminates the need for gaskets, reducing the risk of leaks and allowing the exchanger to operate reliably in harsh environments.

Product Application: Optimized for western blot transfer of proteins to nitrocellulose or PVDF membranes for subsequent analysis. Instructions for Use: Dissolve 1 bag of premixed granules with 900 mL deionized water and 100 mL absolute ethanol. Amount to Use: 1 bag

White Knight high-purity pumps are designed for fabricating semiconductors, solar cells, flat-panel displays and electronics, as well as industrial applications such as pumping acids, fuels, glues, paints, resins, inks, foods or slurry. White Knight pumps offer superior performance, optimized efficiency, and simplified maintenance. Their leak-proof designs provide constant, reliable, and safe operation. White Knight provides the highest quality products through controlled, consistent in-house engineering and manufacturing.

Work with us to establish your own range of specialist chemicals or cleaning and maintenance products under your own brand with Leading Solvents. Our complete end-to-end white label service will provide you with everything you need from product labels, packaging, compliance through to delivery with our efficient logistics service.

Wi-care™ is I-care™’s wireless vibration sensor designed to continuously track the health of rotating machinery. Compact, rugged, and fast to deploy, it detects mechanical issues at a very early stage—without cabling, without complex infrastructure, and without stopping production. Built for industrial autonomy, Wi-care™ combines long-range radio communication, multi-year battery life, and a seamless connection to the I-see™ platform, making it a practical cornerstone for predictive maintenance. One sensor, immediate impact Wi-care™ removes the usual barriers to vibration monitoring: • No cables to pull • No external power supply • No complex setup • Installation in minutes • Resistant to harsh environments Mount it, activate it, and it starts measuring vibration and temperature right away. Early detection of faults High-resolution measurements help identify: • Bearing defects • Misalignment and unbalance • Poor lubrication • Mechanical looseness and resonance • Abnormal vibration behavior It captures weak signals that manual routes often miss—well before a failure occurs. Connected to I-see™ for automated diagnostics Data is transmitted automatically to I-see™, where advanced algorithms, spectra/waterfalls/harmonics, self-diagnostics, and AI insights detect anomalies and prioritize actions. Your teams get 24/7 alerts by email or SMS when abnormal behavior is detected. Ideal for isolated assets, hard-to-access areas, and large multi-building sites, Wi-care™ helps you standardize monitoring, reduce unplanned downtime, improve safety and reliability, and protect OEE. It can also be delivered through our WaaS (Predictive Maintenance as a Service) offering, including installation, monitoring, analysis, and expert support. Come discover Wi-care™ at the event: visit our booth, book a meeting, or stop by to see how fast wireless predictive maintenance can be.

From measured value to added value. WIKA’s end-to-end IIoT solutions enable comprehensive networking for real-time monitoring and control of assets, improving operational performance, performing preventive maintenance activities and optimising resource consumption. Your business benefits from scalability and flexibility to increase operational performance, reduce costs and stay future-proof in a rapidly changing market. Identifying and using opportunities for growth Megatrends such as decarbonisation, digitalisation and demographic change also pose major challenges for industry. WIKA is “Smart in sensing” and offers intelligent sensor solutions to respond to these global issues and to promote mutual growth. As a market leader with high market penetration in various measurands, WIKA has the potential to make data profitable along the entire value chain and it as one of the most important resources of the 21st century.

BOPP SI is the name behind the comprehensive range of wire cloth developed specifically for sieving and sizing applications. An extensive range of standard meshes in aperture sizes from 0.020 – 16mm, developed based on decades of experience operating in the most diverse market sectors. Extremely high weaving accuracy, evenness and definition, together with advanced strength and inherent rigidity, offering superior levels of thermal and corrosion resistance and resistance to humidity and static loading.

The Oxford Instruments witec360 is the new benchmark for Raman imaging and correlative microscopy systems, designed to meet the growing demands of academic and industrial researchers for comprehensive analysis at the nanoscale. The witec360, successor to the pioneering alpha300 series, sets new standards in performance and broadband capability. Its fundamentally modular design provides immediate and long-term value with easy onboarding for Raman newcomers and the versatility to keep pace with varied and quickly evolving applications.

Developing selective, scalable, and efficient methods to transform small molecules (CO2, water, O2) and wastes (biomass and plastics) into chemicals and intermediates.

Delivering efficient manufacturing through an open-access digital production and product property data platforms, integrating sustainability life-cycle data with structure-property insight to underpin theoretical and predicative models.

Transforming 'green' chemicals into sustainable polymers, resins, elastomers, and adhesives by exploring a range of polymerizations, including scalable condensation/addition reactions and heterocycle/CO2 ring-opening (co)polymerizations, and integrating them with renewable power. The overall polymer design will encompass explicit consideration of product re-use, re-manufacturing, recycling, and, where relevant, biodegradation.

Developing multi-phase manufacturing process chemistry and engineering, integrated with renewable power to design for grid intermittency, better process heat management, and fuel cells for chemical plants. Establishing robust, scalable and re-configurable future manufacturing systems for both batch and flow operations.

Assessments integrated with technical and theoretical results from research across work packages.

We can provide WSE’s for pressure systems, which is required under the Pressure Systems Safety regulations 2000.