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.

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.

Standard All Stainless Steel Pressure Gauge for Use in Chemical Applications Built to the Eurpoean Directive EN837-1 . Available in 63mm, 100mm, 160mm and 200mm Diamater. Dry Case or Liquid Filled Bottom or Back Entry Direct Mount, Panel Mount or Surface Mount Options.

High-quality digital pressure gauges from WIKA. A digital pressure gauge displays the acting pressure in an integrated digital display. WIKA offers digital pressure gauges for general industrial applications and also for use in the field of testing and calibration. The indication cases of our digital pressure gauges are rotatable if required and thus always ensure a good readability. In addition, intrinsically safe versions and instruments with wireless interface are available.

Asynt pressure reactors in both single and multi-position formats are available in convenient standard configurations or fully customised to meet your specific requirements. Our pressure reactors are manufactured in the UK to the highest possible standards, allowing scientists to carry out pressurised reactions with confidence. From benchtop to pilot scale, stand-alone to comprehensive and controlled systems, we offer a full design service plus installation, servicing and support – including Written Schemes of Examination which is a legal requirement for owners and users of pressure systems.

An unexpected release of energy from any type of pressure system, from industrial steam boilers to cafe boilers in coffee shops, can be highly dangerous to anyone in the vicinity. Regular inspections, maintenance and correct operation are crucial to confirm that your vessels are completely safe to use and pose no risk of injury or damage. Ensure that your equipment is suitable for service with our pressure system inspection services. Through our nationwide team of highly trained engineer surveyors, we confirm that your systems are compliant with the examination requirements of the PSSR.

Electronic Pressure Transmitters available to suit all applications, pressures and output needs. Accuracies from 0.1.....0.5%. Industry stand approvals available ATEX, DNV/GL and others. Standard Outout Signal 44.20mA, Others available upon request.

Lab scale pressure vessels

Pressure vessels, also known as DI or resin tanks, are important components along with resin, salt or carbon in water treatment systems to reduce hardness and contaminants in water. Typically found in commercial water treatment, industrial facilities, manufacturing and power generation applications, Fileder’s range of vessels are constructed from food grade high density polyethylene (HDPE) and reinforced with fibreglass for added strength, temperature and pressure ratings, then subjected to rigorous pressure and cycle testing. Available in Standard and Premier configurations, and components to suit differing operations, these vessels come in sizes from 6x13” to 16x65”. Brands available: SPECTRUM

The product has a broad and very balanced spectrum of activity covering Gram-positive and Gram-negative bacteria, mould and yeast. Particularly effective against putrefactive bacteria and therefore suitable for use in products which are difficult to preserve (e.g. protein-based formulations).

PrintoLUX Signo is a unique printing solution for inkjet printing onto metal and hard plastic labels and signs. It uses a patented printing solution, for cleaning, printing and oven curing the printed image. This results in a full colour high resolution printed image which is very resistant to water, chemicals, UV sunlight and physical contact damage. For really tough environments, we offer a special weathering protective foil (PrintoLUX® UVplus protective foil) which provides the extra tough durability that maybe needed. The innovative process has been designed to be very straightforward, using design templates to help the user prepare the printing file in Adobe Acrobat or Bartender software. The full design package includes text, logos, graphics and colour elements, number serialisation and many barcode symbologies. DTM have 11 label material options available, including aluminium, stainless steel, brass, polyamide, and adhesive films. These are available in a wide choose of sizes, with custom sizes made to an agreed MOQ. The improved process allows the printing to be ‘delivered’ onto a wider choice of coated materials than in the past. Once printed in on the Signo flat-bed printer, the printed sheets are placed in a small curing oven for approximately 10 minutes. This heating process affixes the printed image to the underlying substrate giving outstanding results. The Signo package has been designed for in-house use, where printed label and signs can be prepared quickly and on-demand at the point of delivery when needed. Typical applications where this solution is already used includes cable harness labels, equipment signs, information serial number plates, safety signs, pipeline labels and on engineering equipment front panels and enclosures. And within many industries including automotive, machine and plant engineering, within chemistry and pharmaceuticals, in the energy industry, aerospace, maritime industry, logistics, hospitals and the food industry.

The PRISMA dosing pump is the best solution for the highest precision dosing with extreme reliability. The versatile stepper motor and sophisticated MultiFunction software offer absolute control over dosing speeds and working modes, as well as high flexibility. The ENCODER control knob allows easy navigation through configuration menus and control and adjustment of working parameters. The backlit display can also signal different working states: pump running; stand-by; warning; alarm. TURNDOWN RATIO PRISMA pumps offer extremely precise control with an incredible turndown ratio of up to 4800:1. This allows the dosing process to be subdivided up to a maximum of 4800 steps to enable the most precise and even distribution of the product to be dosed. SLOW MODE. The Slow Mode function, when enabled, allows the suction speed to be reduced from 100% to 1% of normal speed, making priming and dosing easier, more reliable and accurate even with very viscous liquids.

The PRIUS series motor-driven dosing pumps have been designed and manufactured to meet superior requirements. The dosing power is combined with resistance against aggressive chemicals, vibrations and leaks to ensure the utmost reliability. Absolute performance quality is guaranteed by the know-how gained from over 35 years of research and development. APPLICATIONS PRIUS pumps can be used in a wide range of applications, such as drinking water plants, industrial process water treatment, purification processes, the food industry and the chemical industry. MOTORS The different motors available allow a wide range of flow rates, from a few litres up to 1000 l/h, with a working pressure that can reach up to 100 bar in the AP models. CONTROL The dosing rate can be controlled through mechanical stroke length adjustment. PRIUS MF multifunctional models are also available for higher-level requirements, offering the possibility of programming according to different operating modes. The highest level is guaranteed through integration with the ERMES remote management system. The Modbus electronic module (RS485) also enables you to connect PRIUS MF pumps with other devices and control all systems via PLC (Programmable Logic Controller). MATERIALS The choice between models with PTFE diaphragm and those with ceramic or stainless steel piston, and the availability of hydraulic parts in different materials and sizes, ensures resistance and safety depending on the type of substance to be dosed: from the most viscous liquids to particularly aggressive chemical agents, from acidic to basic solutions, up to solvents and polymers. ATEX-certified models are available for hazardous atmospheres for both gas and dust.