BlakerTech
SandFlo Fluidised Bed Separator
Member Since: Aug 06, 2026
StoreFront Visits: 4
StoreFront Visits: 4
BlakerTech’s portfolio of metal separation technologies is engineered to deliver unrivalled recovery rates, operational flexibility and cost‑effectiveness across every stage of the recycling value chain.
The SandFlo Fluidised Bed Separator offers a low‑cost, dry separation solution that efficiently segregates secondary metals and minerals based on density. Its compact design, coupled with robust construction, allows for quick installation and minimal downtime, while its low energy consumption reduces operating costs and carbon footprint.
Our MagThro Eddy Current Separator delivers high‑throughput, non‑ferrous metal recovery for mixed feed streams at scale. With rapid response times, precise magnetic fields and a modular build, the system achieves exceptional purity and throughput while remaining adaptable to varying feed rates and material sizes.
BlakerTech’s custom conveyors, vibrating hoppers and other material handling components are engineered to complement each separator, ensuring seamless integration, consistent feed rates and reduced mechanical stress on the system. The result is smoother operation, lower maintenance and extended equipment life.
For sectors that demand the highest level of purity, our glass recycling solutions remove metallic contaminants that can compromise furnace operations and product quality. Integrated processing lines that combine magnetic, density and mechanical separation ensure that glass streams meet the strictest standards, protecting downstream processes and boosting product value.
Beyond the hardware, BlakerTech provides comprehensive installation, training and ongoing support. Our engineering team works closely with clients to optimise layout, calibrate equipment and implement monitoring tools, ensuring that every plant achieves maximum productivity, regulatory compliance and long‑term sustainability.
Unit 1, The Yard, Adversane Lane, Billingshurst, West Sussex
, RH14 9EG
GB
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