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Oil water separators are essential for removing oil contamination from compressor condensate before it is discharged to the drain. These systems separate oil from water using advanced filtration and adsorption media, helping compressed air systems meet environmental regulations while reducing disposal costs and environmental impact.
Condensate distributors are used in larger compressed air systems where multiple oil water separators may be required. These devices distribute condensate evenly between separators, improving system efficiency, maximising media life and ensuring optimal condensate treatment performance.
Condensate test kits allow compressed air system operators to quickly test and verify the oil content of discharged condensate. These easy-to-use testing solutions help ensure that oil water separators are functioning correctly and that wastewater complies with environmental discharge regulations.
Oil water separators are designed to efficiently remove oil from compressor condensate, ensuring environmentally compliant disposal of wastewater from compressed air systems. High-performance adsorption media and multi-stage separation technology provide reliable oil removal while minimising maintenance requirements and operating costs.
Service packs provide replacement filtration media and components required to maintain the performance of oil water separators. Regular servicing with genuine service packs ensures efficient oil adsorption, reliable condensate treatment and continued compliance with environmental standards.
Air compressor condensate drains automatically remove accumulated condensate from compressed air systems without wasting valuable compressed air. Reliable condensate management improves system efficiency, prevents corrosion and protects downstream equipment.
Level sensing drains remove condensate from compressed air systems only when liquid is present, preventing unnecessary air loss. These intelligent zero-loss drains improve energy efficiency while ensuring reliable condensate removal.
Timer drains automatically discharge condensate from compressed air systems at preset intervals. These simple and reliable condensate drains are ideal for applications where cost-effective, time-controlled drainage is required.
Air saving products help reduce compressed air consumption, minimise energy costs and improve system efficiency. By controlling airflow, detecting leaks and eliminating unnecessary air usage, these solutions significantly reduce operating costs in compressed air systems.
Leak detection solutions help identify compressed air leaks quickly and accurately, reducing wasted energy and improving system efficiency. Detecting and repairing air leaks is one of the most effective ways to reduce compressed air operating costs.
Motorised ball valves provide automated control of compressed air supply lines, allowing systems to shut off airflow when equipment is not in use. This prevents unnecessary compressed air consumption and helps reduce energy costs.
Compressed air accessories support the installation, operation and maintenance of condensate drains, oil water separators and other compressed air system components. These products improve system reliability, simplify installation and ensure optimal performance.
Adaptors allow compressed air components and condensate management devices to connect to different pipe sizes and system configurations. They simplify installation and improve system compatibility.
Ball valve strainers protect solenoid valves and condensate drains from contamination by filtering debris and particles from condensate lines. This helps prevent blockages and prolongs equipment life.
Drain heaters prevent condensate drains from freezing in low-temperature environments. By maintaining proper operating temperature, drain heaters ensure reliable condensate removal in cold climates.
Mounting brackets provide secure and convenient installation of condensate drains and other compressed air components. Proper mounting improves accessibility, reliability and system organisation.
Oil bunds provide safe containment for oil water separators and condensate treatment systems. These containment solutions help prevent environmental contamination and support compliance with environmental safety regulations.
Remote switching kits allow users to control condensate drains and valves from a remote location. This improves operational flexibility and simplifies system management.
Service kits contain replacement seals, components and maintenance parts required to keep compressed air equipment operating reliably. Regular servicing with genuine kits helps maintain optimal performance and extend equipment lifespan.
Solenoid valves and spares provide reliable control of condensate discharge and airflow in compressed air systems. Replacement coils, valves and spare parts ensure minimal downtime and long-term equipment performance.
The IP coil sealing set provides additional protection for solenoid valve coils in environments where moisture or water exposure may occur. By improving sealing around the coil and valve assembly, it helps increase durability and maintain reliable valve operation.
Solenoid coils are the electrical components that power and activate solenoid valves. Designed for reliable operation in industrial environments, these coils are available in a range of voltages and sizes to suit different valve types and applications.
Solenoid connectors provide secure electrical connections between solenoid valves and power supplies. Designed for easy installation and dependable operation, these connectors help ensure reliable performance in compressed air and industrial control systems.
Solenoid valves are used to automatically control the flow of air, gas, or liquids in a wide range of industrial and compressed air applications. Available in multiple configurations, solenoid valves provide reliable and fast switching for system control, helping ensure efficient operation across many different installations.
Timers are used to automate the operation of solenoid valves and condensate drains in compressed air systems. Reliable electronic timers ensure precise control of valve opening intervals, improving system efficiency and condensate management.
Electronic solenoid timer valves provide accurate timed control for condensate discharge and other compressed air system functions. Adjustable interval and discharge settings allow users to optimise drainage cycles and reduce compressed air losses.
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