Russell Finex launches hygienic separator Finex Ultima

We are a worldwide leader in fine mesh separation technology, designing and manufacturing vibratory sieves, separators, ultrasonic mesh deblinding systems and liquid filters for use throughout the processing industries. Our equipment is engineered for a global market and is supplied to over 140 countries. We have companies in the UK, USA, Belgium, India and China, as well as a far reaching network of experienced agents and distributors across the world. Russell Finex prides itself in offering the widest range of sieving and filtration equipment in the industry, and combined with innovative thinking and engineering expertise, we are able to provide custom built solutions to suit your unique requirements. We pride ourselves on our dedicated team of knowledgeable sales engineers and customer service staff ready to rise to every challenge.

The new website offers detailed product information, industry applications, case studies, and insightful articles to find ideal solutions to specific separation requirements. Russell Finex, the global leader in innovative separation and filtration solutions, is thrilled to announce the launch of its newly upgraded website. The redesigned website features a refreshed look, improved functionality, and an optimized user experience, providing visitors with easier access to the company’s cutting-edge products and services. With a focus on customer experience, the revamped website introduces several key highlights that enhance navigation and empower users to find relevant information quickly and effortlessly. Simplified Navigation and enhanced tools Russell Finex offers a user-friendly menu for easy site navigation, ensuring a seamless browsing experience. The website’s expert tools have been improved to provide valuable support to businesses. Users can now benefit from a new searchable application finder, machine selector with quicker recommendations, and an updated engineering conversion tool. ”We are excited to unveil our new

The Russell Finex Separator proves efficient and cost-effective for industrial tools and minerals company Diaber, a Belgian company specializing in industrial tools and minerals, has optimized its glass recycling process with the help of the Russell Finex Separator. Diaber uses Reglass Glasgrit, a product made from recycled materials, as a media in its sandblasting machines. To ensure optimal performance, the glass grit must have a defined particle size range without oversized or undersized grains. Previously, Diaber relied on sieves and separators to remove unwanted particle sizes. However, when setting up a new production facility, they turned to Russell Finex for an efficient and cost-effective solution. The Finex Separator proved to be the ideal machine for Diaber, enabling them to sieve recycled glass at a high capacity before cleaning, grinding, and packaging. This upgrade improved productivity and cost-effectiveness compared to outsourcing the glass sieving process. With the Finex Separator, processing 2-3 tonnes of glass per hour, outperforms traditional separators

Metal treatment specialist improves its production capacity using the Finex Separator. The process now only requires one operator instead of two Helping a range of industries to prevent wear and tear to their component parts, Chromin Maastricht BV specializes in chrome diffusion. By using chromium powder, they create a chrome plating layer over the component part, making it resistant to abrasion and adhesion. This is particularly useful for parts such as plungers, bearing bushes and ball valves. To achieve chrome diffusion, the company needs to bake component parts in a heat-resistant container with the chromium powder at temperatures of 800-1000 degrees Celsius. When this process is completed, excess chromium powder usually remains on the component part which previously required a hand sieve to clean the parts. As a better alternative to this time-consuming practice, Chromin integrated a 40” Finex Separator™ into their production line to remove excess powder while allowing it to be recovered for reuse. As well as increasing capacity from 20 to 40 containers per day, the process now only requires