For washing and draining larger products
esbelt® Washflow mesh belts are made of TPU with high resistance to abrasion, hydrolysis, and weathering. Their high resistance to these conditions makes them suitable for applications with the presence of dirt, soil, and stones. They are also frequently used in the washing of vegetables and shellfish.
The elasticity and design of Washflow reduces the accumulation of debris, facilitates its release, and maintains the drainage flow.
Light passages of 6 x 6 and 12 x 12 mm. They are ideal for washing and draining larger products, as well as for filtering coarse-grained waste.
High durability and low maintenance
The TPU belt is lightweight, flexible, and tear-resistant, with a joint-free design that increases service life up to four times compared to modular belts, reduces breakage and breakdowns, and allows easy cleaning with less water consumption and time.
Energy efficiency and adaptability
Thanks to its lower weight, low coefficient of friction, and different light passages, it reduces energy consumption and adapts to different particle sizes and flow rates, maintaining efficient transport, drainage, and washing of products such as vegetables, olives, or fish.

Materials
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Benefits
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Downloads
Brochure: Washflow filter belts ()
TPU filter belts, with 6×6 mm and 12×12 mm mesh sizes, are designed for efficient washing and conveying of vegetables, fruits, and frozen foods. They also provide excellent drainage of liquids and effective screening of solid residues.
Brochure: Washflow filter belts for the shellfish and mollusk industry ()
Washflow belts for washing and transporting shellfish and mollusk: open design, maximum hygiene and efficient drainage.
TPU mesh belts

Washing and draining processes
In applications where modular belts are traditionally used for washing, draining, and transporting vegetables, dirt, soil, and stones quickly saturate both the gaps in the modular belt and its joints. This significantly hinders its operation, produces premature wear, and continuous breakdowns due to breakage of some elements. The elasticity and design of reduces the accumulation of debris, facilitates its release, and maintains the drainage flow.
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