Protect Processing Equipment
Protect extruders, injection moulding machines, and processing equipment from damaging metal contamination.
Techco Power Engineering supplies magnetic separators, grate magnets, drawer magnets, plate magnets, inline magnets, liquid magnetic traps, magnetic pulleys, and custom-engineered solutions designed specifically for plastics and rubber manufacturing operations. Our systems help remove metal contamination, improve product purity, protect equipment, and optimise production efficiency.
Talk to Our Technical TeamMagnetic separation plays a critical role in maintaining product quality, protecting processing equipment, and ensuring efficient production within the plastics and rubber manufacturing industry. Throughout the handling of raw materials, regrind products, pellets, powders, additives, and finished products, ferrous contamination can enter the process and negatively impact product quality and machinery performance. Techco Power Engineering supplies magnetic separators, grate magnets, drawer magnets, plate magnets, inline magnets, liquid magnetic traps, magnetic pulleys, and custom-engineered solutions designed specifically for plastics and rubber manufacturing operations. Our systems help remove metal contamination, improve product purity, protect equipment, and optimise production efficiency.
Plastic and rubber processing equipment operates under tight tolerances where even small metal contaminants can cause significant damage to machinery and finished products.
Protect extruders, injection moulding machines, and processing equipment from damaging metal contamination.
Improve product quality and consistency by removing ferrous contamination from raw materials, pellets, powders, additives, regrind, and finished products.
Reduce costly downtime and repairs caused by metal contamination and equipment damage.
Prevent damage to screws, barrels, dies, moulds, and other critical production components.
Improve operational efficiency by supporting cleaner material flow and more reliable processing.
Reduce contamination-related product rejects and improve production yield.
Extend equipment lifespan by preventing metal particles from damaging high-value processing equipment.
Improve customer confidence and product reliability through consistent contamination control.
Manufacturing facilities commonly encounter ferrous contamination. Removing these contaminants before processing helps prevent product defects and expensive equipment failures.
Metal shavings may be generated by machinery wear, maintenance activity, conveyors, and processing equipment.
Wire fragments can enter material streams during handling, transport, maintenance, or production activity.
Loose fasteners and bolts can contaminate material streams and damage downstream processing equipment.
Wear particles from production equipment can enter pellets, powders, compounds, and regrind material.
Stainless steel fragments can compromise product quality and may require high-strength magnetic separation.
Rust contamination from equipment, storage systems, conveyors, or handling systems can affect material purity.
Tool fragments can enter the process during maintenance, repairs, and plant operations.
Regrind material can carry metal contamination from previous production, handling, or recycling processes.
Conveyor wear particles can contaminate plastic pellets, rubber compounds, powders, and additives.
Fine ferrous dust can enter production streams and affect product quality and machinery performance.
Magnetic separators protect moulding machines, screws, barrels, and hot-runner systems from metal contamination.
Magnets remove ferrous particles before material enters extruders, protecting screws, dies, and processing equipment.
Magnetic systems remove metal contamination from recycled plastics, regrind material, and reclaimed products.
Magnetic separation improves product quality by removing contaminants from rubber compounds, powders, and additives.
Magnets help maintain product purity throughout blending and compounding operations.
Magnetic grates and drawer magnets protect conveying systems and downstream processing equipment.
Ideal for hoppers, silos, and gravity-fed systems handling plastic pellets, powders, and rubber compounds.
Designed for high-contamination applications where easy cleaning and maximum magnetic contact are required.
Installed within chutes and material flow systems to remove larger ferrous contaminants.
Protect pneumatic conveying systems and production lines from metal contamination.
Provide continuous separation of ferrous contaminants from conveyed material streams.
Used in liquid rubber compounds, additives, and specialised processing applications.
Engineered specifically to suit individual production lines, throughput requirements, and contamination risks.
Techco Power Engineering provides complete engineering support for plastics and rubber manufacturers. From concept and design through fabrication and installation, we deliver complete solutions tailored to your operation.
Custom engineering solutions designed around plastics and rubber manufacturing requirements.
Stainless steel fabrication for hygienic, durable, and specialised processing equipment requirements.
Mild steel fabrication for robust industrial equipment, frames, supports, and process components.
Structural steelwork designed and fabricated for manufacturing and processing environments.
Conveyors designed for plastic pellets, powders, additives, rubber compounds, regrind material, and finished products.
Hoppers designed for controlled feeding, storage, and transfer of raw materials and process materials.
Chutes designed for reliable material flow and integration with magnetic separation equipment.
Material handling equipment designed to support reliable production flow and contamination control.
Plant modifications and upgrades to improve reliability, efficiency, safety, and production performance.
Custom processing equipment designed around specific plastics, rubber, regrind, pellet, powder, and additive applications.
Complete installation, commissioning, testing, and project handover services.
Improve product quality by removing metal contamination from raw materials, process streams, and finished products.
Reduce contamination risks throughout handling, conveying, processing, and packaging operations.
Protect expensive processing equipment, including extruders, injection moulding machines, screws, barrels, dies, and moulds.
Reduce downtime and maintenance costs caused by metal contamination and equipment damage.
Improve production efficiency by supporting cleaner material flow and more reliable processing.
Lower reject rates by reducing contamination-related defects and quality failures.
Increase equipment lifespan through effective magnetic protection.
Enhance operational reliability across plastics and rubber manufacturing processes.
Improve customer satisfaction through consistent product quality and reliability.
Regular system inspections and magnetic verification help ensure consistent protection and long-term performance.
Site assessments to understand contamination risks, production flow, equipment protection needs, and improvement opportunities.
Engineering consultations to assist with magnetic separation selection, process improvements, and plant upgrades.
Equipment inspections to assess condition, performance, and maintenance requirements.
Magnet verification and validation services to confirm continued magnetic performance and protection.
Maintenance support designed to reduce downtime and improve long-term equipment performance.
Plant upgrades to improve contamination control, material handling, reliability, and production efficiency.
Performance optimisation to improve material flow, contamination control, production reliability, and product quality.
Ongoing technical support for magnetic equipment, material handling systems, and custom-engineered solutions.
Industry-specific magnetic solutions designed for plastics and rubber manufacturing environments.
Custom-engineered systems tailored to production lines, material streams, throughput requirements, and contamination risks.
Local manufacturing expertise supported by practical engineering and fabrication experience.
Complete engineering and fabrication capabilities for magnetic systems, material handling equipment, plant modifications, and custom equipment.
Installation and commissioning support from equipment delivery through testing and handover.
Ongoing maintenance and technical assistance to support long-term reliability.
Proven performance in manufacturing environments where product quality and equipment protection are critical.
Local manufacturing with the ability to supply and support projects internationally.
Reliable long-term solutions designed to protect equipment, reduce downtime, and improve productivity.
Commonly used in hoppers, silos, and gravity-fed systems handling pellets, powders, and rubber compounds.
Commonly used in high-contamination applications where easy cleaning and maximum magnetic contact are required.
Commonly used in chutes and material flow systems to remove larger ferrous contaminants.
Commonly used to protect pneumatic conveying systems and production lines from metal contamination.
Commonly used for continuous ferrous separation from conveyed material streams.
Commonly used in liquid rubber compounds, additives, and specialised processing applications.
Commonly used for continuous separation and recovery in high-volume material handling applications.
Commonly used above conveyors to remove tramp metal from process and material handling streams.
Commonly used for reliable movement and transfer of pellets, powders, regrind, rubber compounds, and finished products.
Custom magnetic systems engineered around specific plastics and rubber manufacturing processes.
If you are unsure which magnetic solution is best suited to your plastics or rubber manufacturing process, our technical team will gladly assist in selecting the most effective system for your operation.