Browse oura full range of potentiostats and galvanostats, with expert support for a range of electrochemical applications. Further more, a complementary range of solutions for hydrogen fuel cell research, testing and applications as well as a complete range of battery testers are available at SciMed.

Our UK-based process safety laboratory generates electrostatic test data for your powders. The powder charge relaxation time test is conducted to establish a material’s ability or failure to self-dissipate energy or static charge.

Lab scale powder drying using blown hot air to ensure full drying of your powder sample. Various hopper sizes and filters are available to match your sample requirements.

Our UK laboratory generates electrostatic test data for your dusts and powders. The powder volume resistivity test is performed to establish the electrical resistance / conductivity of a solid bulk material – either conductive, static dissipative or insulating.

PPAP-31 is a high-efficiency, halogen-free phosphorus–nitrogen synergistic flame retardant based on piperazine pyrophosphate. It provides strong intumescent flame-retardant performance in polyolefins (PP, PE, EVA, TPE) while maintaining low density, mechanical strength, and excellent processing stability. PPAP-31 generates a dense and stable carbon layer during combustion, significantly reducing smoke, CO emission, and dripping, enabling UL94 V-0 performance at moderate dosage levels. It is non-toxic, RoHS/REACH unrestricted, and suitable for formulations requiring long-term thermal and humidity aging resistance (85 °C and 85 % RH for 1,000 hours).

PPV2-8H is a high-efficiency flame retardant masterbatch combining bromine and phosphorus synergy for use in polypropylene systems, including new PP, recycled PP, and toughened PP (PP + POE). Its optimized formulation provides strong flame-retardant performance at low addition levels (4–10 %) while maintaining color stability, mechanical properties, and processing safety. Suitable for both injection molding and extrusion, PPV2-8H is engineered as a cost-effective, environmentally responsible flame-retardant solution for polyolefin applications.

To get the most out of your biorenewable materials, it is often necessary to prepare them for further use. This is especially the case with biomass (incl. waste), as these often have high water content and are bulky. We have a dedicated range of pre-processing equipment to be able to help from start to finish with your biomass – including drying, milling, pelletising and oil pressing. At our facilities, we have the equipment to dry large volumes of plant material, hull seeds, press the oil from seeds, mill both wet and dry materials to a range of sizes and produce pellets. Beyond this, we also have the capability for pre-processing biomass via enzymatic processing. All our systems are typically in the 1-100 litre/1-100kg range and use technologies that are available at commercial scale and therefore pre-processing carried out in our facility can easily be carried forward into full manufacturing.

RECYCLED PRECIOUS METALS: PLATINUM, PALLADIUM, RHODIUM, RUTHENIUM, IRIDIUM Precious metals are the silent backbone of advanced chemistry. Indaver gives you a one stop, closed loop route to recover precious metals directly from liquid phases, typically originating from your homogeneous catalyst processes. We manage the full chain - from safe ADR logistics and tailored process selection to settlement and delivery of refined metal to your account - so you get maximum value with minimum operational burden. With two complementary process lines and a toolbox of technologies—including precipitation, adsorption, and thermal methods—we handle complex, variable, and low concentration streams (ppm level) in aqueous and organic matrices. Our experts choose the most efficient recovery pathway based on lab work with consistent performance. Significant carbon savings are obtained: for palladium, our recovered metal has been estimated at ~1 t CO₂e/kg vs. ~25 t CO₂e/kg for primary mining - about 97% lower - while improving supply security and price resilience. By returning high value metals on your metal account and (where feasible) recovering accompanying solvents, we convert complex industrial waste into value. Our transparent settlement procedures, administration & reporting, and mass balance approach give finance and compliance the confidence they require - while your operations gain predictable, circular metal supply that supports targets for EU Green Deal alignment and resilient manufacturing.

LS Scientific are excited to introduce our first manufactured product - the Precision Bottle Top Dispenser - to complement our product offering. The Precision Bottle Top Dispenser is a general purpose laboratory instrument intended for use in laboratories for dispensing reagents and chemicals directly from a reservoir bottle.

Dependable scanning solutions for every task, every skill set, every time Whether you’re handling high-volume scanning in a laboratory environment or performing simple data entry, our readers are designed to deliver consistent, accurate results. With intuitive features that cater to everything from entry-level to advanced jobs, our scanners will seamlessly integrate into your workflow, no matter the task at hand or level of expertise. Are you considering upgrading to an RFID solution for tracking your samples? Brady has you covered with a range of RFID labels and readers. Easily see the invisible. RFID automates and streamlines processes, reducing errors and saving valuable time Our RFID readers, from handheld to fully automated, provide real-time visibility You will no longer need line of sight to identify and locate your assets. Using our RFID readers, you will see at once any RFID labelled assets within range with great accuracy and speed.

Don’t leave your formulation to chance. We combine state-of-the-art Silverson equipment with precision technology to deliver sub-micron particle sizes and perfectly stable emulsions. Our high-shear rotor/stator systems ensure every batch is processed with mathematical accuracy, eliminating agglomerates and reducing processing time by up to 90%.

Predictive Maintenance as a Service (WaaS) is I-care’s turnkey offer that combines Wi-care™ wireless sensors, the I-see™ platform, AI-driven analytics, and expert diagnostics into one fully managed solution. We install, connect, monitor, analyze, and guide maintenance actions—so your teams stay focused on production while we focus on performance. What you get in one subscription: • Wi-care™ sensors on your most critical assets • Continuous condition monitoring (no cabling, no heavy infrastructure) • Automated data streaming to I-see™ • 24/7 surveillance from I-care monitoring centers • Analyst-validated alerts (signal, not noise) • Diagnostic reports, recommendations, and follow-up • Reliability dashboards and performance reviews Zero complexity, zero CapEx: no software to install, no configuration burden, and no long internal ramp-up. We set up your asset list and start delivering insights from day one. WaaS helps you detect faults early, plan interventions at the right time, avoid unnecessary preventive work, reduce unplanned stops, and improve reliability, asset lifetime, and OEE. Supported by AI and powered by specialists in vibration, lubrication, IR thermography, ultrasound, and electrical monitoring, you gain the leverage of an extended reliability team—without hiring. You receive clear health status, anomaly details, severity levels, and prioritized actions aligned with your operational constraints—ready to integrate into your CMMS. Scalable by design: start with a handful of critical machines (pumps, motors, compressors, gearboxes, fans, conveyors, etc.) and expand across sites as needed, regardless of industry or maturity level. Visit our booth for a live WaaS demo and see how manufacturers deploy predictive maintenance in days—not months.

Predictive production uses soft sensors, multivariate statistical process control, and hybrid first-principles/machine learning models to turn operator know-how into practical, data-driven guidance. In continuous, batch, and hybrid plants, correlated time-series from DCS, PAT, and related systems are analysed in real time to flag deviations early or “just-in time,” predict quality or equipment health, and recommend set-point changes or maintenance windows. Predictive control keeps units stable as feeds and utilities vary. It operates close to constraints without breaching them, improving on-spec rates, reducing process upsets, and protecting assets.