Typical Applications for Plastic Washing Lines Feed Preparation and Size Reduction The process begins with size reduction, where incoming plastic is shredded and granulated to produce a consistent particle size. Uniform feed material directly improves washing efficiency, separation accuracy, and downstream drying performance. Poor size control leads to uneven cleaning and increased contamination carryover. High-Energy […]
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Selecting the correct industrial parts washing system is not simply a choice between machines—it is a decision that affects cleanliness standards, production efficiency, operating cost, and environmental compliance. Two dominant approaches exist: batch parts washing and continuous parts washing. Understanding where each excels is essential to specifying the right degreasing solution. Batch parts washers clean
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Food manufacturers handling ingredients, sauces, edible oils, and allergen-sensitive products rely on effective food-grade drum washing to protect product integrity and maintain compliance. Residual sauces, fats, powders, or allergens left inside drums can result in cross-contamination, audit failures, and costly product recalls. Food-grade drum washing systems are engineered to remove viscous sauces, sticky syrups, fats,
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Industrial sieving is essential for controlling material quality, protecting downstream equipment, and improving process efficiency across plastics recycling, metal processing, and powder handling industries. Vibrating sieves are widely used to remove fines, separate oversized material, and classify products by particle size—delivering cleaner, more consistent outputs and lower operating costs. In plastics recycling, vibrating sieves are
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Rotajet plastic washing machines, engineered and manufactured by Rotajet Systems Ltd, are designed specifically for high-contamination recycling environments. The full range of plastic washing equipment is available at https://www.plasticwashing.co.uk, covering stand-alone washers and complete wash line solutions. These machines are widely used for post-consumer packaging, food-contaminated plastics, agricultural films, industrial scrap, and anaerobic digestion depackaging outputs. Systems
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Meeting vacuum melt specifications in aerospace and superalloy recycling relies heavily on the effective washing and degreasing of revert alloys. Materials such as swarf, turnings, chips, and fines routinely carry machining oils, coolants, moisture, and chemical residues that can negatively impact Vacuum Induction Melting (VIM) and Vacuum Arc Remelting (VAR) processes if not removed correctly.
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Intermediate Bulk Containers (IBCs) are critical to material handling across chemical, food, and pharmaceutical industries, where hygiene, traceability, and repeatable cleaning performance are non-negotiable. As reuse and reconditioning become standard, automated IBC washing systems are essential to maintain compliance, reduce operational risk, and control cleaning costs. Modern IBC washing systems use controlled high-pressure spray technology
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In many industrial processes, fines are an unavoidable by-product of shredding, grinding, conveying, and general material handling. While small in size, fines can quickly create significant operational problems if they are not removed at the correct point in the process. Early-stage industrial sieving is therefore essential for protecting downstream equipment and maintaining stable throughput. Installing
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Food waste depackaging within anaerobic digestion (AD) facilities generates plastic packaging heavily contaminated with organic residues. The waste plastic often contain up to 50% moisture and as much as 25% organic contamination, including food residues, fats, oils, sugars, and proteins. Without effective cleaning, this material is routinely rejected by recyclers and diverted to energy recovery
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Processing oily swarf and metal turnings is now a critical step in efficient, compliant metal recycling and secondary smelting operations. Across automotive, aerospace, and general engineering sectors, machining processes generate large volumes of swarf contaminated with cutting oils, coolants, and fine particulates. If this material is charged directly into a furnace, the oils burn off
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