Can the Extender for coolant, 1/4" system, JETON operate continuously at +65Â°C without deformation?

Yes. The Extender for coolant, 1/4" system, JETON is specified with an operating temperature up to +65Â°C and is made of acetal (POM). Acetal maintains good dimensional stability and mechanical properties at this temperature, so the part can operate continuously at +65Â°C without deformation when used within its rated limits. Ensure the application does not expose the part to temperatures above +65Â°C, aggressive chemicals not compatible with acetal, or mechanical stresses beyond its intended use, as those factors could cause distortion or failure.

Is the Extender for coolant, 1/4" system, JETON compatible with standard acetal fittings at +65Â°C?

Extender for coolant, 1/4" system, JETON Format is made of acetal and rated for operation up to +65Â°C, so it is compatible with standard acetal fittings at that temperature. Compatibility is ensured by identical material (acetal) and matching operating temperature range; ensure fittings are the same 1/4" system and check for any manufacturer tolerances or chemical compatibility with your coolant.

Does the Extender for coolant, 1/4" system, JETON affect flow rate in high-viscosity coolants?

Unlikely to significantly affect flow rate for high-viscosity coolants in typical use, but small effects are possible depending on system conditions. Explanation: The Extender for coolant, 1/4" system, JETON is an acetal extension element designed to join segments and reduce the number of fittings in a coolant supply system. It has no clamp and is rated to +65Â°C. As an inline extension with the same nominal internal diameter as the 1/4" system, it does not introduce a deliberate restriction or narrowing, so under normal pressures and moderate lengths it should not materially change flow rates. However, potential factors that could cause measurable impact: - Viscosity: High-viscosity coolants are more sensitive to minor changes in pressure drop; any additional length, internal surface roughness, or slight diameter change can increase resistance. - Internal geometry and fit: If the extenderâs internal bore differs slightly from adjoining segments or has edges at the joints (especially without a clamp ensuring perfect alignment), localized turbulence and pressure loss may increase. - Number of extenders and total run length: A single extender is negligible; multiple extenders or long cumulative added length can raise overall frictional losses. - Operating temperature: Up to +65Â°C; viscosity decreases with temperature, so at lower temperatures the coolant is thicker and more prone to flow reduction. - System pressure and pump capability: Systems operating near pump capacity will show more sensitivity to added pressure drop. Practical guidance: For most installations the Extender for coolant, 1/4" system, JETON will not noticeably affect flow of high-viscosity coolants. For critical or marginal systems, test with the actual coolant, minimize number of extenders, ensure clean, smooth joints, and verify pump margin.

Extender for coolant, 1/4″ system, JETON

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Additional information

Extension element for use in coolant supply systems to reduce the number of segments – 1/4″ system. Without clamp. Material: acetal. Operating temperature: up to +65°C.

List of product variants

Article number	Product variant name	DN	BAR	Availability	Price	Quantity	Actions	Catalogue
JT-82221	Extension L = 94.65 mm (1/4" system)	-	3	In stock	0 zł		Enquiry

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Extension element for use in coolant supply systems to reduce the number of segments – 1/4″ system. Without clamp. Material: acetal. Operating temperature: up to +65°C.