On June 9, 2026, Sinotech completed factory joint testing of a customized solid waste processing line and began its export journey to Malaysia. The shipment pairs a TS1224 stationary trommel screen with an industrial heavy-duty shredder, giving the customer an integrated closed loop from high-efficiency crushing to precise final screening.
May 8, 2026 – Initial contact: the customer reached out through our website looking for a long-life, high-purity industrial screening solution for challenging multi-component mixed materials.
May 9, 2026 – Rapid response: within 24 hours, our international sales and engineering team set up a dedicated cross-border communication group built around the material characteristics.
May 15, 2026 – Requirement analysis: the customer specified two non-negotiable demands. Because the feed contains large volumes of oversized, un-disassembled and complex blocky items, a powerful front-end shredding stage is mandatory for pre-treatment. And given the material’s corrosive nature and strict contamination standards, the drum had to be a high-specification stainless steel drum.
May 20, 2026 – Tailored solution: our technical team matched the requirements with a combined line of “heavy-duty shredder + TS1224 stationary trommel screen.” The shredder handles primary crushing and size reduction, while the customized high-strength stainless steel drum performs the final fine separation — eliminating wrapping and corrosion risks while multiplying the service life of the line.
June 9, 2026 – Successful shipment: the complete system passed strict factory joint testing against export quality standards and departed for the project site in Malaysia.
To keep the Malaysian project running at high, continuous throughput, the line integrates three of Sinotech’s most representative technologies:
The industrial-grade shredder delivers exceptionally high torque and shearing force. It rapidly breaks down and uniformizes large, hard or complex mixed materials before they reach the screen, eliminating the impact of oversized items on downstream equipment and keeping the whole line at maximum, constant throughput.
Tailored to the physical and chemical properties of the material, the drum components of the TS1224 are crafted from premium-grade stainless steel. Compared with standard carbon steel, the stainless drum offers superior resistance to oxidation, acids and alkalis on corrosive or high-moisture feeds, plus excellent wear resistance — completely avoiding secondary material contamination caused by equipment rust.
The discharge structure follows rigorous functional logic: fine material exits directly from the bottom of the machine, while coarse material flows out smoothly at the tail end of the drum. This stationary design needs no side conveyors, which shrinks the footprint, reduces space requirements and keeps the two material streams clearly separated — boosting on-site sorting and bunker collection efficiency.
After passing factory joint testing, the line was carefully packed and loaded into shipping containers at our facility on June 9, 2026. Each unit was secured with heavy-duty tie-downs to guarantee a safe ocean journey and trouble-free arrival at the project site.
Sinotech has been manufacturing mobile and stationary screening machines since 1994, with 30+ years of history, 500+ export projects, and customers in 100+ countries supported by 100+ global partners. From customized production and delivery to installation guidance, commissioning and after-sales support, we provide one-stop service for mining, solid waste and recycling operations worldwide.
Planning a screening or resource recycling project? Whether you need powerful front-end shredding or strict stainless steel drum specifications, our engineers build stationary and mobile solutions around your raw material, capacity and budget. Contact our engineering team to discuss your site requirements and get a customized quotation.
Every machine is backed by our comprehensive warranty, lifetime online technical guidance, and worldwide spare parts ready to ship.
