The aluminum washer is a durable and high-quality component that is ideal for the demanding needs of industry. Made from high-quality aluminum, this washer provides a reliable and long-lasting solution, especially with bearings and seals. Available in a variety of sizes, aluminum washers offer versatility and flexibility for a variety of applications. Designed for industrial professionals, the product guarantees excellent performance and easy installation. Applications bearings, seals, industrial assemblies Industries manufacturing industry, mechanical engineering, oil and gas industry Benefits Aluminum washers offer excellent wear resistance and a lightweight construction, making them easy to handle and install. They are also corrosion resistant, increasing their service life in demanding environments. Risks The softness of aluminum may limit the use of washers in high-load applications. It is important to ensure that the size and type of washer are appropriate for the application. Chemical and corrosion resistance Aluminum washers are highly resistant to corrosion, but strong acids or bases can cause damage in the long term. Operating temperatures -50 - +150 Operating pressure classes 10 bar / 30 bar Certificates and classes ISO 9001, ISO 14001
The compressed air lubricator is designed to provide high-quality, lubricated air for industrial applications. This mist lubricator improves the efficiency and reliability of compressed air equipment by using an oil mist. It is compatible with other Syntesi series compressed air service devices, allowing for versatile use. Wall brackets are available to order separately, making installation easier. Applications Industrial compressed air systems, machine shops, production lines Industries Metal industry, automotive industry, food industry Benefits A lubricator improves the performance and lifespan of compressed air equipment, reducing maintenance costs and improving production efficiency. Risks An incorrectly installed lubricator can cause malfunctions in the compressed air system. Regular inspection and maintenance are essential to ensure optimal operation.
A water separator for compressed air is an excellent solution when the goal is to produce high-quality, water-free air for industrial needs, such as painting or machine operation. This water separator is part of the Syntesi series and can be combined with other compressed air service devices from the same series. The water separator is designed to be easy to use and durable, and wall brackets are available to order separately. You can trust that this product will improve the quality and efficiency of your air system. Applications Painting, machine operation, industrial air systems Industries Industry, painting industry, engineering industry Benefits A water separator ensures that air systems operate efficiently and free of moisture, reducing equipment wear and tear and the need for repairs. It also improves the quality of painting and other processes by providing clean, dry air. Risks If the water separator is not used or maintained properly, it can lead to moisture accumulation in the air system, which can cause equipment damage and process disruptions. Chemical resistance The water separator is designed to withstand chemicals commonly used in industry, but it is recommended to check compatibility if necessary. Operating temperatures -10 - +50°C Operating pressure classes 0-12 bar
A pressure regulator for compressed air is an essential component in industrial applications where compressed air control is crucial. This advanced device ensures a steady flow of compressed air and protects against overpressure damage. Its precise adjustability and durable construction make it a reliable choice for demanding environments. Easy installation and optimal performance make it a favorite among industrial professionals. Applications Compressed air systems, engineering industry, automation equipment, construction industry Industries Automotive industry, chemical industry, food industry, shipbuilding Benefits The pressure regulator provides excellent flow control and effective prevention of overpressure damage. It is designed to withstand demanding operating conditions and extend the life of the system. Risks An incorrectly adjusted pressure regulator can cause equipment damage and safety risks. Regular maintenance and inspection are essential to avoid malfunctions. Chemical resistance The pressure regulator is designed to withstand most chemicals used in industry, which extends its service life and reliability. Operating temperatures -10 to +50°C Operating pressure classes 0 bar / 12 bar Certificates and classes CE, ISO 9001, RoHS
A pressure regulator for compressed air is an essential component in industrial applications where compressed air control is critical. This state-of-the-art device ensures a steady flow of compressed air and prevents damage due to overpressure. Its precise adjustability and durable construction make it a reliable choice for demanding environments. Optimal performance and easy installation make it a favorite among industrial professionals. Applications Compressed air systems, engineering industry, automation equipment, construction industry Industries Automotive industry, chemical industry, food industry, shipbuilding Benefits 1/4" 1600 NI/min 3/8" 1600 NI/min 1/2" 4300 NI/min Risks An incorrectly adjusted pressure regulator can cause equipment damage and safety risks. Regular maintenance and inspection are essential to avoid malfunctions. Chemical resistance The pressure regulator is designed to withstand most chemicals used in industry, which extends its service life and reliability. Operating temperatures -10 to +50°C Operating pressure classes 0 bar / 12 bar Certificates and classes CE, ISO 9001, RoHS
Nlp spherical plain bearing housing is designed to protect and support spherical plain bearings, ensuring their longevity and efficiency. Made of durable cast iron or steel, it protects the bearings from dust and dirt, while promoting heat dissipation. This component is a key part of a wide range of industrial applications, such as electric motors and gearboxes. It ensures the smooth and uninterrupted operation of your equipment. Applications Electric motors, gearboxes, hydraulic cylinders, industrial machinery Industries Industry, mechanical engineering, automation, energy industry Benefits The NLP spherical plain bearing housing extends bearing life and improves performance. It protects bearings from contaminants and helps control temperature. Risks Without the right spherical plain bearing housing, bearings can be subject to excessive wear and overheating, which can lead to equipment malfunctions. Contamination can also significantly shorten the life of bearings.
The GE spherical plain bearing is a high-quality solution for industrial applications, designed to withstand radial loads and misalignment. Its unique design provides a sliding alignment surface, making it an excellent choice for heavy static and variable loads. The bearing requires lubrication and has a lubrication groove on its outer ring for this purpose. This spherical plain bearing provides reliability and performance for demanding industrial applications. Applications Industrial equipment, mechanical engineering, heavy loads, compensation of alignment errors Industries Engineering industry, heavy industry, manufacturing industry, mining industry Benefits GE spherical plain bearings are highly resistant to heavy loads and misalignment, which extends the life of equipment and reduces the need for maintenance. Risks Insufficient lubrication can lead to premature wear, and if installed incorrectly, the bearing may not function optimally. Chemical resistance The GE spherical plain bearing offers good resistance to a wide range of industrial chemicals, making it a reliable choice for demanding environments.