This ‘Best-In-Class’ purpose built Aegex 100M Intrinsically Safe Windows 11 IoT Tablet (WiFi / Cellular / 4G / LTE enabled version) with incorporated Bluetooth and GPS is in high demand and already outstripping supply. The ATEX Tablet (256GB onboard storage) replaces the highly rated Aegex 10 and is certified for use in ATEX / IECEx Zone 1/21 hazardous areas, as well as CSA Class 1, Zone 1 (for US and Canada). The intrinsically safe Windows 11 IoT tablet is ready to bring the exceptionally reliable design customers previously experienced with the Aegex 10, with a new hard-anodised aluminium casing, 8GB RAM, and a new ergonomic design to improve grip. Furthermore, the Aegex 100M is the leading Zone 1 tablet for oil and gas, chemical, mining and pharmaceutical industries and will optimise your efficiency, safety and productivity in hazardous areas like never before. Features: Comes with Windows 11 IoT Enterprise License Shoulder strap and passive stylus included Purpose-built to be used in zone 1 hazardous areas Powerful 8GB RAM meaning reduced performance lag 10.1 inch screen (2560 x 1600 px), 256GB onboard storage 8 megapixel camera and full HD video recording Wi-Fi, Cellular / 4G / LTE, Bluetooth, GPS included Hard-anodised aluminium casing Ergonomic design to improve grip -10ºC to +50ºC operating temperature Capacitive Touch with gloves or pen 12-hour operating time Anti-theft security Hundreds of business apps

Elevate your spray technology with data-driven precision. Utilizing our specialized aerosol-proof chambers, we offer a controlled environment to analyze "fragrance bloom," particle distribution, and discharge rates. By combining advanced containment technology with our formulation expertise, we ensure your aerosol products deliver a superior consumer experience while maintaining the highest levels of structural and chemical safety.

Our closed-loop aerosol recycling plant utilises the best available technology on the market to separate the different components, turning an otherwise challenging waste stream into a true circular economy. It is the only complete R code aerosol recycling solution of its design that meets stringent regulations on hazardous waste disposal, worker safety, and greenhouse gas emissions.

We have facilities and instruments dedicated to a wide and varied number of applications and several specialist facilities, including the Agilent Measurement suite, housing £4 million of Agilent’s latest instrumentation technologies.

The widest range of agitators on the market. Process: Mixing, dissolution, dispersion, emulsion, keeping in suspension, homogenization, thermal exchange… Impellers: TRILIGHT, TRIVAK, ALABNET, ALABNET AXIAL, DOUBLE FLOW, ANCORA, ANCORA HELICOIDAL, TURBVAK, MULTVAK, MULFOLIVAK, COWLES, … Bearing boxes and sealing: TD0, HT, TK, TK-TC. Power: 0.18 to 250 kW. Sealing : lip seal, stuffing box; single, double, dry or lubricated mechanical seal. Industrial, sanitary or aseptic. Design according to EHEDG and 3A. Safety Directive 2006/42/CE. ATEX Directive.

* Air blow gun valve made of brass material for long service life * Hanging feature provided for convenient storage * Attractive and lightweight design for comfortable hand operation * Ergonomic construction for easy and safe handling * Heavy-duty design suitable for rough and continuous use * Ideal for industrial cleaning and maintenance applications

There are many reasons for milling materials: to increase solubility speed, to combine materials into a fine milled product, to give good 'mouth feel' & taste impact. Air classifier mills can achieve particle size reduction down to 4 to 15 microns. This depends on the mill selection and the characteristics of the material to be milled. Spray dried powders mill finer than crystalline powders. There are principally two types of mill process: mechanical impact milling & air jet milling. In mechanical impact mills, milling is achieved by impact between a high speed rotor fitted with hammers or pins and a stationary grinding track. Contact components are stainless steel. Materials harder than Mohs 3.5 are unsuitable for processing on these mills. Air jet milling uses compressed gas to impact the particles against each other. The advantages are higher energy input thus potentially finer milling and milling of abrasive materials. The disadvantage is often very high energy input for the compressed gas. In both types of mill particle size is controlled using an internal rotating classifier. Cryogenic freezing of raw material can permit milling of tough materials which become brittle when frozen. Depending on the requirements of the process and product temperature, controlled milling is also possible with either cooling of the mill or with introduction of heat into the mill air stream. Some products are sensitive to air oxidation during milling. At Custom Powders Ltd it is possible to run air classifier mills under an inert nitrogen atmosphere. Throughput on these mills is highly dependent on the raw material properties and the final particle size required. With 35 years experience in air classifier milling we can usually make a reasonable estimate for a new product based on historical data. Custom Powders Ltd offer air classified milling in 4 production suites ranging from FSSC22000 food grade, industrial and even to medical grade plastics.

Air classifying is suitable for high volume processing where a single product cut is required, to remove oversize or fines, typically between 10 and 300 microns. It is therefore capable of a smaller particle size cut than sieving. The accuracy of cut achieved is very material dependent and requires extended development time. Material is air conveyed into the classifier. This process is best suited to free flowing powders but sometimes it can accommodate cohesive powders. The vigorous air conveying and classifier action makes this process less suitable for hygroscopic or friable materials. Once the material enters the classifier an adjustable but static baffle system combined with variable speed classifier wheel achieves the separation. Fine material passes out of the classifier with the air flow and is separated in a filter unit, from where it can be packed into big bags or sacks. Oversize drops out of the air flow in the classifier and is discharged via a rotary valve. Air classifying is commonly used in Protein Shifting where precise particle size control is essential to provide consistent high protein content in the fine fraction. Air classifying is offered from three process units with standards from industrial to FSSC22000 food grade.

Seamless air freight solutions backed by global expertise. Drawing on a vast global network of industry representatives and our team’s extensive experience, we provide seamless, secure and efficient air freight solutions that keep your business moving forward. We understand that timely delivery is critical to your operations, so we prioritise clear communication, proactive problem-solving, and flexible options tailored to your unique shipping requirements. Hazardous cargo undertaken Track and trace Customs brokerage Complete documentation processes High speed delivery Global reach

Empire Pumps’ extensive range of Air Operated Diaphragm Pumps commonly known as AOD or AODD Pumps, are specifically designed for durability, performance and reliability. The pumps robust construction gives the ability to transfer abrasive and highly viscous solutions, manufactured for use with many industries including chemical, pharmaceutical, wastewater, effluent treatment, metal finishing and many more. Our air driven pump range vary in size from ¼’’ to 3’’ achieving flow rate capabilities up to 1000 l/min, making them ideal for a variety of chemical transfer applications. Equipment materials of construction are available in polypropylene, PVDF, aluminium and stainless steel. Elastomer, diaphragm materials: Santoprene, Nitrile, EPDM, Viton and Teflon (PTFE). Our range of Air Operated Double Diaphragm Pumps offer technical benefits when considering the corrosive nature of the chemistries being transferred. The air valve and centre section of our pneumatic pump range is plastic opposed to aluminium. Non-metallic constructed parts are more corrosive resistant should chemicals reach the centre section of the pump. Furthermore, our pump design utilises bolts opposed to band clamps, ensuing more support to the full surface area of the diaphragms whilst the pump is in operation. The bolted design also provides easier maintenance on strip down and assembly of the pump. Our pump design offers a centre positioned inlet and outlet port, giving equal flow through each side of the pump. This design feature enables our pump range to achieve 15 to 20% increased flow rate for the equivalent pump size of an alternative manufacturer.

- Modular type for easy and fast maintenance -Suitable for wall mounting - Filter – Bronze filtering element – Separator and shield for efficient moisture separation – Press type manual drain for easy operation - Regulator – Diaphragm operated, relieving type – Pressure compensated by balanced poppet – Non raising ‘Press to lock’ adjusting knob for locking at any set pressure - Lubricator – Fog / Mist type Lubricator – Fine adjustment of lubrication – Lubrication proportional to flow - Good flow and regulating characteristics

- Modular type for easy and fast maintenance -Suitable for wall mounting -Filter – Bronze filtering element – Separator and shield for efficient moisture separation – Press type manual drain for easy operation - Regulator – Diaphragm operated, relieving type – Pressure compensated by balanced poppet – Non raising ‘Press to lock’ adjusting knob for locking at any set pressure - Lubricator – Fog / Mist type Lubricator – Fine adjustment of lubrication – Lubrication proportional to flow - Good flow and regulating characteristics