The 35/CGF "L" swivel fitting is ideal for pneumatic, hydraulic and oleodynamic circuits, ensuring a safe and flexible connection. Made of nickel-plated brass and black technopolymer, it features a cylindrical female thread ISO 228 (BSPP) for an excellent seal. It supports an operating pressure of up to 10 bar and a temperature range of 0°C to +60°C. Compatible with various types of tubing, including Rilsan and nylon, the fitting is equipped with oil-resistant NBR rubber gaskets to ensure reliability and durability in various industrial applications.

The 35/CGM "L" swivel fitting is designed to ensure flexible and safe connections in pneumatic, hydraulic and oleodynamic circuits. This fitting features an ISO 7 tapered male thread (BSPT) and a nickel-plated brass construction, with a technopolymer coating for greater resistance. It supports an operating pressure of up to 10 bar and operates in a temperature range of 0°C to +60°C. It is compatible with various types of tubing, including Rilsan and nylon, and includes NBR oil-resistant rubber seals to ensure reliability and durability in various industrial applications.

The 35/BGL "T" swivel fitting is designed for pneumatic, hydraulic and oleodynamic circuits. Made of nickel-plated brass and black technopolymer, it features an ISO 7 (BSPT) conical lateral male thread for a secure connection. This fitting supports a maximum operating pressure of 10 bar and a temperature range from 0°C to +60°C. It is compatible with different types of tubing, such as Rilsan and nylon, making it suitable for many industrial applications. Equipped with NBR oil-resistant rubber gaskets, it ensures an effective seal.

The 35/BGC swivel "T" fitting is designed for pneumatic, hydraulic and oleodynamic circuits. Made of nickel-plated brass and black technopolymer, this fitting features an ISO 7 tapered central male thread (BSPT) and is equipped with NBR oil-resistant rubber seals to ensure a secure seal. It supports a maximum operating pressure of 10 bar and an operating temperature of between 0°C and +60°C. It is compatible with various types of tubing, including Rilsan and nylon, making it versatile for various industrial applications.

The 35/AF straight threaded female terminal is designed to ensure quick and safe connections in pneumatic, hydraulic and oleodynamic circuits. Made of nickel-plated brass and black technopolymer, it offers excellent resistance to temperatures between 0°C and +60°C, with a maximum operating pressure of 10 bar. Compatible with pipes of various materials such as Rilsan, polyurethane and nylon, it is equipped with NBR oil-resistant rubber gaskets to ensure sealing and durability. The thread complies with ISO 7 (BSPT) and ISO 228 (BSPP) standards.

The 35/AM straight threaded male terminal is ideal for quick connections in pneumatic, hydraulic and oleodynamic circuits. Made of nickel-plated brass and black technopolymer, it guarantees a maximum operating pressure of 10 bar and an operating temperature ranging from 0°C to +60°C. This component is compatible with different types of tubes, such as Rilsan, polyurethane and nylon, and includes NBR oil-resistant rubber gaskets to ensure an effective seal. The thread complies with ISO 7 (BSPT) and ISO 228 (BSPP) standards, thus offering excellent versatility and high performance.

The 34/HF female threaded cross fitting is ideal for applications in pneumatic, hydraulic and oleodynamic circuits. Made of nickel-plated brass, it guarantees resistance and durability. The available threads range from 1/8" F to 1/2" F, with a maximum recommended pressure of 60 bar, and comply with ISO 7 (BSPT) and ISO 228 (BSPP) standards. A product compliant with the RoHS directive, it is suitable for industrial environments that require reliable and safe connections.

The 34/F MMF MALE/MALE/FEMALE threaded T-piece is made of nickel-plated brass and features ISO 7 (BSPT) tapered male and ISO 228 (BSPP) cylindrical female threads, compliant with DIN 2999 and BS 21 standards. Ideal for applications in pneumatic, hydraulic and oleodynamic circuits, it supports a maximum recommended pressure of 60 bar, with an operating temperature dependent on the tube used. It complies with directive 2002/95/EC – RoHS, ensuring safety and reliability in industrial systems. Available in packs of 10 and 5 pieces.

The 34/F MMM - MALE/MALE/MALE Threaded Tee is a 34 series Tee, with ISO 7 tapered male thread (BSPT) conforming to DIN 2999 and BS 21 standards. Ideal for pneumatic, hydraulic and oil-pressure circuits, this fitting is made from nickel-plated brass, ensuring strength and durability. It supports a maximum recommended pressure of 60 bar and operating temperatures that vary according to the tube used. Available in different configurations, it is RoHS compliant for environmental safety.

The MALE/FEMALE/FEMALE 34/F MFF threaded T-fitting is ideal for pneumatic, hydraulic and oleodynamic circuits. Made of nickel-plated brass compliant with UNI EN 12164 CW 614N and UNI EN 12165 CW 617N standards, it features ISO 7 tapered male threads (BSPT) and ISO 228 cylindrical female threads (BSPP). Available in various sizes, it has a maximum recommended pressure of 60 bar and complies with Directive 2002/95/EC – RoHS.

The 34/F FFF female/female/female threaded T-fitting is ideal for connections in pneumatic, hydraulic and oleodynamic circuits. This fitting, made of nickel-plated brass (UNI EN 12164 CW 614N and UNI EN 12165 CW 617N), features ISO 228 (BSPP) cylindrical threads and offers high performance in operating conditions up to 60 bar. Available in various sizes, from 1/8" F to 1" F, the 34/F FFF ensures robustness and versatility for industrial applications, guaranteeing long life and reliability.

The MALE/FEMALE/MALE threaded T-fitting of the 34/F MFM series is a component for pneumatic, hydraulic and oleodynamic systems, made of nickel-plated brass (UNI EN 12164 CW 614N, UNI EN 12165 CW 617N). With ISO 7 conical male thread (BSPT) and ISO 228 cylindrical female thread (BSPP), it guarantees a maximum recommended pressure of 60 bar, with variable temperature based on the tube used. Product compliant with the RoHS 2002/95/EC directive. Available in packs of 10 or 5 pieces, in the 1/8" to 1" variants.

The 34/F FFM female/female/male threaded T-fitting is designed for connections in pneumatic, hydraulic and oleodynamic circuits. Made of nickel-plated brass (UNI EN 12164 CW 614N and UNI EN 12165 CW 617N), it combines ISO 7 tapered male threads (BSPT) and ISO 228 cylindrical female threads (BSPP), ensuring high resistance up to a maximum pressure of 60 bar. Available in various sizes, from 1/8" to 1", the 34/F FFM offers reliability and durability in industrial applications, complying with the 2002/95/EC –RoHS directive.

The 34/C MM male-male threaded L-fitting is designed to ensure reliable connections in pneumatic, hydraulic and oleodynamic circuits. Made of nickel-plated brass (UNI EN 12164 CW 614N and UNI EN 12165 CW 617N), this fitting features ISO 7 (BSPT) conical threads and a maximum recommended working pressure of 60 bar. Available in various sizes, from 1/8" MM to 1" MM, the 34/C MM offers robustness and high performance, making it ideal for applications requiring resistance to high temperatures and operating conditions.

The 34/C FF female threaded L-fitting is designed to ensure safe connections in pneumatic, hydraulic and oleodynamic circuits. Made of nickel-plated brass (UNI EN 12164 CW 614N and UNI EN 12165 CW 617N), it has cylindrical threads according to ISO 228 (BSPP) and a maximum recommended working pressure of 60 bar. Available in various sizes, from 1/8" F to 1" F, this fitting is ideal for applications that require resistance and reliability, ensuring excellent performance even in high temperature conditions.

The 34/C MF male/female threaded L-fitting is designed for efficient connections in pneumatic, hydraulic and oleodynamic circuits. Made of nickel-plated brass (UNI EN 12164 CW 614N and UNI EN 12165 CW 617N), it features ISO 7 (BSPT) conical threads and a maximum recommended working pressure of 60 bar. Available in various sizes, from 1/8" M to 1" F, this fitting is ideal for applications that require robustness and high performance, ensuring reliability even in high temperature conditions.

The 33/TF female threaded plug is made of nickel-plated brass (UNI EN 12165 CW 617N) and has a cylindrical thread according to ISO 228 (BSPP). Available in various sizes, from 1/8" F to 1" F, this plug is designed to ensure a secure and resistant closure in hydraulic and pneumatic applications. The quality of the materials used ensures long life and reliable performance, making it ideal for systems that require an effective and durable connection.

The 33/T male threaded plug is made of nickel-plated brass (UNI EN 12165 CW 617N) and has a cylindrical thread in accordance with ISO 228 (BSPP). Designed to ensure a secure and long-lasting closure, this plug is available in different sizes, from 1/8" M to 3/4" M, making it suitable for various hydraulic and pneumatic applications. Its high-quality features ensure reliable performance and long life, making it ideal for systems that require effective closure.

The 33/R Type A male/female reduction is designed to ensure a safe and reliable connection, made of nickel-plated brass (UNI EN 12165 CW 617N). With ISO 228 cylindrical thread (BSPP), it is available in different sizes, allowing it to easily adapt to various hydraulic and pneumatic systems. The reduction options range from 1/4" M to 3/4" M, making it ideal for applications that require a smooth transition between different pipe sizes. Its high quality ensures optimal performance and long life over time.

The 33/R Type B male/female reduction is designed to join pipes of different sizes in a safe and durable way. Made of nickel-plated brass (UNI EN 12165 CW 617N), it offers a cylindrical thread compliant with ISO 228 (BSPP). This reduction is available in various models, from 1/8" M to 3/4" M, allowing for wide versatility in hydraulic and pneumatic applications. Its high quality features ensure excellent performance and a long operating life, making it ideal for systems that require smooth transitions between pipes.