Is the Coolant Hose, 1/4" System, JETON compatible with oils and solvents and safe to use up to +65°C?

Yes. The Coolant Hose, 1/4" System, JETON is compatible with oils and solvents and is safe to use up to +65°C. It is made from corrosion-resistant acetal, resists solvents, oils, greases, abrasion and vibrations, and has an operating temperature range up to +65°C.

Can the Coolant Hose, 1/4" System, JETON be extended or reconfigured easily for different machine setups without specialized tools?

Yes. The Coolant Hose, 1/4" System, JETON Format is designed for easy extension and reconfiguration without specialized tools. Its modular construction lets you quickly add, remove or reposition segments to suit different machine setups. Made from durable, corrosion-resistant acetal, each segment balances rigidity and flexibility to maintain 100% positional stability while resisting solvents, oils, greases, abrasion and vibration. Available in practical lengths (2×14.5 cm or 100 cm) and rated to 3 bar and 900 l/h, the system is well suited for low-pressure coolant and fluid routing and can be adapted on the fly for varying workflows using standard, user-friendly connections.

Coolant Hose, 1/4″ System, JETON

Air and water hoses, All products/

Additional information

Material	polyacetal), POM – polyoxymethylene (polyformaldehyde
Maximum operating temperature [°C]	65
Vacuum resistance	check

The coolant hose in the 1/4″ system is crafted from high-quality, corrosion-resistant acetal, ensuring long-lasting durability even in demanding industrial environments. Its unique design combines rigidity with flexibility, making it ideal for the low-pressure transfer of air, water, oils, and other fluids commonly used in cooling and metalworking applications. Resistant to solvents, oils, greases, abrasion, and vibrations, the hose guarantees 100% positional stability without causing any damage to cutting tools, which translates into higher precision and efficiency in daily operations. Thanks to its modular construction, the system is extremely easy to expand and adapt to individual needs, offering maximum versatility in use. Available in practical lengths of 2×14.5 cm or 100 cm, it provides a tailored solution for various setups. With a working pressure of up to 3 bar, a maximum flow capacity of 900 l/hour, and an operating temperature range up to +65°C, this hose delivers reliable performance and consistent results, making it a perfect choice for professionals seeking efficiency, safety, and durability in their cooling systems.

List of product variants

Article number	Product variant name	DN	BAR	Availability	Price	Quantity	Actions	Catalogue
JT-82021	Wire L = 2x14.5 cm (system 1/4")	6	3	In stock	0 €		Enquiry
JT-82041	Pipe L = 100 cm (system 1/4")	6	3	In stock	0 €		Enquiry

Do you need a larger quantity of products or a bespoke quote?

Call us: +91 8 925 918 796 or email us: chennai@tubes-international.com

SEND ENQUIRY

The coolant hose in the 1/4″ system is crafted from high-quality, corrosion-resistant acetal, ensuring long-lasting durability even in demanding industrial environments. Its unique design combines rigidity with flexibility, making it ideal for the low-pressure transfer of air, water, oils, and other fluids commonly used in cooling and metalworking applications. Resistant to solvents, oils, greases, abrasion, and vibrations, the hose guarantees 100% positional stability without causing any damage to cutting tools, which translates into higher precision and efficiency in daily operations. Thanks to its modular construction, the system is extremely easy to expand and adapt to individual needs, offering maximum versatility in use. Available in practical lengths of 2×14.5 cm or 100 cm, it provides a tailored solution for various setups. With a working pressure of up to 3 bar, a maximum flow capacity of 900 l/hour, and an operating temperature range up to +65°C, this hose delivers reliable performance and consistent results, making it a perfect choice for professionals seeking efficiency, safety, and durability in their cooling systems.