This practical extension element is designed for efficient integration into coolant supply systems, offering a smart solution to minimize the number of segments required in a 1/4" setup. Manufactured from durable acetal, it ensures long-lasting performance and reliable resistance to wear, while maintaining stability even under demanding operating conditions. With a temperature tolerance of up to +65°C, it provides dependable functionality across a wide range of applications. The element is supplied without a clamp, allowing flexible adaptation to individual system requirements. Its precise construction supports smooth coolant flow, reduces potential leakage points, and simplifies assembly, making it an ideal choice for professionals seeking efficiency, durability, and streamlined installation in their cooling systems.

The coolant hose with nozzle and valve featuring an internal NPT 1/2" thread is engineered from high-quality acetal, a material known for its outstanding resistance to corrosion, solvents, oils, and greases. Its unique composition ensures both rigidity and flexibility, making it an ideal solution for precise and reliable fluid delivery in demanding industrial environments. Designed for low-pressure transmission of air, water, oils, and other cooling agents, it guarantees stable performance in metalworking and cooling processes. The hose is abrasion- and vibration-resistant, maintaining 100% positional stability without causing wear or damage to cutting tools, which translates into longer tool life and higher process efficiency. With a standard length of 350 mm and 14 precisely manufactured segments, it offers easy adjustability and secure positioning. Operating at pressures up to 2 bar, with a maximum flow capacity of 1700 l/h and a temperature resistance up to +65°C, this hose ensures consistent cooling performance even under intensive workloads. Its robust design and reliable functionality make it a professional-grade component that enhances productivity, minimizes downtime, and delivers long-term value in industrial applications.

The coolant hose with nozzle and valve featuring an external NPT 1/2" thread is engineered from high-quality acetal, a material known for its exceptional resistance to corrosion, solvents, oils, and greases. Its unique composition combines rigidity with flexibility, ensuring reliable performance in demanding industrial environments. Designed for low-pressure transfer of air, water, oils, and other cooling media, it is an ideal solution for machining and metalworking processes where precision and durability are essential. The hose demonstrates excellent resistance to abrasion and vibrations, guaranteeing stable positioning without compromising or damaging cutting tools. With a standard length of 350 mm and 14 precisely manufactured segments, it offers easy adjustability and long-lasting use. Operating safely at pressures up to 2 bar and temperatures up to +65°C, it delivers a maximum flow rate of 1700 l/h, making it a dependable choice for efficient cooling and lubrication. This robust yet adaptable system ensures consistent performance, reduced downtime, and optimal working conditions, supporting productivity and extending the lifespan of both tools and machinery.

The coolant hose with nozzle and valve featuring an external NPT 1/4" thread in the LOC-LINE® system is a highly durable and versatile solution for cooling and lubrication applications in metalworking and industrial processes. Manufactured from premium acetal, it offers exceptional resistance to corrosion, solvents, oils, and greases, while maintaining the perfect balance between rigidity and flexibility. Its robust construction ensures reliable low-pressure transmission of air, water, oils, and other cooling media, withstanding abrasion and vibrations without compromising performance or causing damage to cutting tools. Designed for precision and efficiency, the hose guarantees 100% positional stability, allowing users to direct the flow exactly where needed. With a working pressure of up to 3 bar, a maximum flow capacity of 1136 l/h, and an operating temperature tolerance up to +76°C, it delivers consistent performance even in demanding environments. Available in practical lengths of 400 mm, 500 mm, and 600 mm, this solution provides adaptability for various setups, making it an essential component for achieving optimal cooling, extended tool life, and improved productivity in machining operations.

The BSPT 3/8" or 1/2" external threaded connection is a reliable and practical solution designed for seamless integration with the LOC-LINE® 1/2" coolant system. Manufactured from durable acetal, it ensures long-lasting performance even in demanding industrial environments. With a working pressure capacity of up to 2 bar and an operating temperature resistance of up to +76°C, this connector guarantees safe and efficient fluid transfer under varying conditions. Its precise threading allows for quick installation and a secure fit, minimizing downtime and ensuring leak-free operation. Ideal for applications requiring flexibility, durability, and consistent coolant flow, this component enhances system efficiency while maintaining ease of use. Perfect for workshops, production lines, and professional machining setups, it delivers dependable performance that supports both productivity and operational reliability.

The BSPT 3/4" external thread connection is a reliable solution designed for efficient integration into 3/4" coolant systems. Manufactured from durable acetal, it ensures long-lasting performance and resistance to wear, making it ideal for demanding industrial environments. With a working pressure capacity of up to 1.4 bar, it provides secure and stable operation, while the ability to withstand temperatures up to +65°C guarantees consistent functionality even under challenging conditions. Its precise threading allows for quick installation and a leak-free fit, minimizing downtime and maintenance needs. Engineered for both performance and convenience, this connector is a practical choice for professionals seeking dependable coolant system components that combine strength, efficiency, and ease of use.

Designed for reliable performance in demanding cooling applications, this connector features an external NPT 3/8" or 1/2" thread, perfectly suited for integration with 1/2" systems. Manufactured from high-quality acetal, it ensures durability, resistance to wear, and long-lasting stability even under intensive use. With a working pressure capacity of up to 2 bar and an operating temperature tolerance reaching +65°C, it provides a secure and efficient solution for maintaining optimal coolant flow. Its precise construction guarantees a tight, leak-free connection, making it an excellent choice for both industrial and technical environments where efficiency, safety, and reliability are essential.

Designed for reliable performance in demanding industrial environments, this connector features an external NPT 1/8" or 1/4" threaded connection, perfectly compatible with the LOC-LINE® 1/4" coolant system. Manufactured from high-quality acetal, it ensures excellent durability, chemical resistance, and long-lasting stability even under intensive use. With a working pressure capacity of up to 3 bar and an operating temperature range reaching +76°C, it provides a secure and efficient solution for fluid transfer in machining, cooling, and lubrication applications. Its precise threading guarantees a tight, leak-free fit, while the lightweight yet robust construction makes installation quick and effortless. Ideal for workshops, production lines, and professional tool setups, this connector delivers consistent performance, helping to optimize cooling efficiency, extend tool life, and maintain smooth operation in a wide variety of industrial processes.

Designed for reliable performance in demanding environments, this coolant connector features an external NPT 3/8" or 1/2" thread, perfectly matched to a 1/4" system for secure and efficient integration. Manufactured from high-quality acetal, it ensures excellent durability, chemical resistance, and long-lasting stability even under intensive use. With a working pressure capacity of up to 3 bar and an operating temperature range reaching +65°C, it provides consistent functionality in a wide variety of cooling applications. Its precise engineering guarantees a tight seal, minimizing the risk of leaks and ensuring smooth fluid flow. Easy to install and highly versatile, this connector is an ideal solution for industries seeking dependable coolant management components that combine strength, safety, and performance.

This precision-engineered reduction from 3/4" to 1/2" is designed for coolant systems operating with a 3/4" setup, ensuring seamless integration and reliable performance. Manufactured from durable acetal, it combines excellent mechanical strength with resistance to wear and moisture, making it a dependable choice for demanding environments. The component is built to withstand working pressures of up to 1.4 bar and operating temperatures reaching +65°C, guaranteeing stability and safety under continuous use. Its compact design allows for easy installation, while the high-quality material ensures long-lasting efficiency and minimal maintenance. Ideal for industrial and technical applications, this reduction fitting provides a cost-effective solution for optimizing coolant flow, enhancing system performance, and ensuring consistent operational reliability.

The reducing “Y” tee 1/2" to 2 x 1/4" for the LOC-LINE® 1/2" coolant system is a highly practical connector designed to split flow efficiently while maintaining reliability and durability. Manufactured from robust acetal, it ensures excellent resistance to wear, chemicals, and mechanical stress, making it ideal for demanding industrial environments. With a working pressure capacity of up to 2 bar and an operating temperature range reaching +76°C, this component guarantees stable performance even under intensive use. Its precise design allows for smooth integration into existing coolant systems, enabling users to optimize fluid distribution and enhance cooling efficiency. Perfect for applications requiring flexibility and precision, this reducing “Y” tee provides a cost-effective and long-lasting solution for professionals seeking to maximize productivity and system performance.

The Y-branch connector for the LOC-LINE® 1/2" system is a durable and reliable solution designed to optimize coolant distribution in demanding industrial environments. Manufactured from high-quality acetal, it ensures excellent resistance to wear, chemicals, and mechanical stress, making it ideal for long-term use. With a working pressure capacity of up to 2 bar and an operating temperature range reaching +76°C, this connector provides consistent performance even under challenging conditions. Its precise Y-shaped design allows for efficient splitting of coolant flow, enabling better control, flexibility, and productivity in machining or cooling applications. Easy to install and integrate into existing LOC-LINE® systems, it offers a practical way to enhance efficiency, reduce downtime, and maintain stable operating conditions. This connector is an essential component for professionals who value reliability, adaptability, and superior performance in their cooling systems.

The Y-branch connector for the LOC-LINE® 3/4" system is a highly durable and reliable component designed to optimize coolant distribution in demanding industrial environments. Manufactured from robust acetal, it ensures excellent resistance to wear, impact, and chemical exposure, making it ideal for long-term use in machining and cooling applications. With a working pressure capacity of up to 1.4 bar and an operating temperature range reaching +76°C, this connector guarantees stable performance even under intensive operating conditions. Its Y-shaped design allows for efficient splitting of coolant flow, enabling precise direction of fluids to multiple points simultaneously, which enhances cooling efficiency and productivity. Easy to install and integrate into existing LOC-LINE® systems, this connector provides flexibility, adaptability, and consistent results, making it an essential solution for professionals seeking to maximize efficiency and reliability in their cooling setups.