Fittings/tubes

The CKD FAL-M3 is a super compact, direct-acting poppet valve designed for miniaturization of devices. It supports single-unit and manifold configurations, making it perfect for precision applications.

The CKD FAL-M5 is an ultra-small adjustable socket fitting designed for precise connections in tight spaces. Made from brass with electroless nickel plating, it offers durability and reliability. Ideal for applications requiring high precision and minimal space.

"FAT-M3 is a calorically-dense, gluten-free, and lactose-free formula tailored for patients with CKD on dialysis. It supports fluid and electrolyte balance, ensuring optimal nutrition."

The CKD FAT-M5 miniature fitting is designed for precision applications, featuring durable materials and efficient fluid flow. Ideal for use in tight spaces, it ensures reliable performance in various industrial settings.

The CKD FAX-M5 is a precision miniature fitting with a 1.8 mm bore size and 1.7 mm² effective cross-sectional area. Suitable for filtration, regulation, and lubrication systems, it ensures optimal fluid flow and reliability in industrial applications.

The CKD FAY-M5 is a high-performance modified tee union, ideal for pneumatic systems. It features a minimal bore size of 1.8 mm and an effective cross-sectional area of 1.7 mm², ensuring precise connections and efficient fluid flow.

The CKD FBS-M3M5 is an ultra-small joint fitting designed for precise connections in applications where space is limited. It ensures reliable and efficient fluid transfer, making it a versatile choice for various industries.

"CKD FBS-M56 adjustable socket for cross and modified tee configurations. Robust performance, easy adjustments, and perfect for demanding tasks."

The CKD FBS-M58 adjustable socket offers precision and durability, perfect for applications in refrigeration and desiccant dryers. Its versatile design ensures easy installation and reliable performance.

The CKD FLS-M5 extension fitting is designed for use in air tubing systems, offering flexibility and reliability in narrow spaces. Made from durable materials, it ensures a secure and efficient connection.

Ultra-small type joint fitting for high precision applications, ensuring reliable connections and durability.

The CKD FMH-M56 manifold is a precision-engineered component designed to optimize fluid management in various industrial applications. Its robust construction and precise design ensure efficient fluid flow, making it an essential component for reliable systems.

The CKD FNS-M3 is a high-quality double screw nipple designed for pneumatic systems. It offers secure connections and efficient airflow, making it ideal for various industrial applications.

The CKD FNS-M5 is a durable double screw nipple designed for efficient pneumatic applications. It features a maximum working pressure of 3.7 MPa and is available in 10 pieces per bag.

The FPL-M3 is an ultra-small joint fitting designed by CKD, perfect for precision applications. Its compact size and high corrosion resistance make it ideal for use in various industries, ensuring reliable connections and long-lasting performance.

"CKD FPL-M5 plug fitting for air systems. High-quality, reliable, and durable. Ideal for refrigeration and pneumatic applications. Specifications: M5 x 0.8, 7.8g weight, 2.9mm min. bore size."

The CKD FSL-M5 is a high-quality fitting designed for precision applications, ensuring smooth flow and durability in air and water systems.

The CKD FSM3 Series flow rate sensors are designed for precise measurement, featuring a response time of 50ms or less and an accuracy of ±3% F.S. Suitable for a wide range of applications, these sensors ensure reliable performance in various environments.

The CKD FSS-M5 flow sensor is a high-precision instrument designed for measuring compressed air flow. It features a robust construction, reliable performance, and easy integration into various systems.

The CKD FST-M5 is an ultra-small joint fitting designed for precision applications, offering high reliability and durability in miniature systems.