PE Tube” is designed for demanding environments, especially that of water treatment, without compromising operator safety. Excellent resistance to aggressive and corrosive agents Good technical trade-off Food grade material Silicone-free

Enabling polymer innovation and sustainable polymer technologies through proven regulatory assurance, advanced testing, and supply chain expertise, Intertek Polymer Science helps businesses accelerate development, optimise production, and achieve global compliance. With over 40 years of experience, our global network of chemists and engineers supports organisations across the full polymer lifecycle, from R&D and formulation to processing, recycling, and circular economy initiatives. Our laboratories operate to internationally recognised standards including ISO 17025, UKAS, and A2LA, delivering reliable, high-quality testing supported by regulatory and toxicological expertise. We provide comprehensive polymer characterisation, processing and performance testing, contamination and degradation investigations, and quality assurance for virgin and recycled materials. Our services also include method development, process monitoring, wastewater and emissions testing, including PFAS and microplastics analysis, helping clients meet evolving environmental and safety requirements. Our regulatory and compliance support spans global chemical notifications, toxicological and safety assessments, Safety Data Sheet development, and supply chain compliance. Through SupplyTek, we strengthen supply chain resilience with supplier mapping, risk assessments, trade impact analysis, and traceability solutions. We support sustainable innovation through carbon footprint verification, lifecycle analysis (LCA), biodegradation, and compostability testing, enabling credible eco-claims and supporting regulatory submissions. Our specialised expertise extends to packaging, automotive, aerospace, construction, and energy sectors. Services include migration and NIAS testing for food contact materials, OEM-approved automotive testing, VOC and weathering studies, accelerated durability testing, and support for regulated substance compliance such as GADSL.

Our analytical and materials science expertise supports innovation across polymers, coatings, adhesives, and nanomaterials. We apply advanced characterisation techniques to evaluate structure-property relationships and support product development and failure analysis. Testing capabilities include: • Mechanical and physical performance testing • Thermal analysis and weathering studies • Surface chemistry and adhesion analysis • Barrier property testing • Microstructural and morphological characterisation • Chemical imaging and deformulation analysis These services support industries including automotive, aerospace, electronics, packaging, and consumer products.

The UFLOW PUS Series spiral polyurethane tubes are flexible pneumatic tubing designed for efficient air and fluid conveyance in automated systems. Made from durable polyurethane material, these spiral tubes offer excellent flexibility, abrasion resistance, and space-saving coiled design, making them ideal for pneumatic connections, moving equipment, and retractable air lines. The PUS series ensures smooth airflow, easy installation, and reliable performance in a wide range of industrial applications where flexibility and durability are required.

The UFLOW PU Series polyurethane tubes are high-quality, flexible pneumatic tubing designed for reliable fluid and air transmission in industrial automation systems. Made from durable polyurethane material, these tubes offer excellent abrasion resistance, flexibility, and long service life, making them suitable for compressed air lines, pneumatic controls, and general tubing applications. The PU series provides smooth airflow, easy installation, and strong resistance to kinking, ensuring dependable performance in a variety of industrial environments.

Thin Film Distillation and Wiped Film Evaporators Pope Scientific Short Path/Wiped-Film Stills (WFS) and Wiped-Film Evaporators (WFE) successfully separate volatile from less volatile components for Oils, Fats, Chemicals, Polymers, Nutraceuticals and Fragrances etc. with a gentle process utilizing the thin-film wiping action of feed liquid through a heated cylindrical vacuum chamber with high vacuum (i.e. vacuum distillation/evaporation). Keys to the superiority of this process include: Short residence time of the feed liquid Significantly lowered temperature due to high vacuum capability, and Optimal efficiency in mass and heat transfer The brief exposure of feed liquid to heated walls is due in part to the slotted wiper design which forces the liquid downward with strict control of residence time, film thickness, and flow characteristics. Efficient thermal separation with minimum product decomposition and maximum product quality result when using the Wiped Film-Short Path process for distillation. The Wiped Film process offers far superior performance to flash evaporators, falling film stills, rotary evaporators and similar equipment in any processing application where heat-sensitivity is a factor. Nutsche Filter-Dryers Pope Nutsche Filter-Dryers for critical high purity separations of liquids and solids. Products include pharmaceuticals, bio-materials, electronics grade materials, fine speciality chemicals, and many others. These units provide capabilities for solids filtering, washing, reslurrying and drying in a single vessel. Pressure capability facilitates filtering rate and vacuum capability facilitates filter cake drying rate which can be additionally aided by heat and cake agitation. Nutsches are available in laboratory, pilot plant and production scale, in volumes from 0.2 – 1000 litres and Pope’s smaller lab scale Nutsche units provide chemists and researchers with a very powerful tool for testing, piloting and small scale processing

Wolf Safety offers the widest range of ATEX and IECEx certified portable hazardous area lighting for safe use in potentially explosive atmospheres worldwide. The range includes explosion protected handheld straight and right-angled torches, headtorches and handlamps, including the renowned Wolflite Handlamp, LEDs version for use with either primary cell or rechargeable batteries and chargers.

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.