Is the Coolant connection with GZ NPT, 1/2" system, JETON suitable for acetal material at up to 2 bar and +65Â°C working conditions?

Yes. Coolant connection with GZ NPT, 1/2" system, JETON is suitable for acetal material operating at up to 2 bar and +65Â°C. The product description specifies an NPT 3/8" or 1/2" external thread for coolant . 1/2" system . made of acetal, with a working pressure up to 2 bar and an operating temperature up to +65Â°C, which matches the stated conditions. Ensure proper installation and sealing for reliable performance within these limits.

Can Coolant connection with GZ NPT, 1/2" system, JETON be used with acetal at 2 bar and +65Â°C?

Yes. Coolant connection with GZ NPT, 1/2" system, JETON with acetal can be used at up to 2 bar and +65Â°C, because the product specification lists acetal as the material, a working pressure up to 2 bar, and an operating temperature up to +65Â°C. Ensure installation follows manufacturer guidelines and consider system-specific factors (chemical compatibility of coolant, dynamic loads, and safety margins) before use.

Will Coolant connection with GZ NPT, 1/2" system, JETON perform reliably in acetal at 2 bar and +65Â°C?

Yes. Coolant connection with GZ NPT, 1/2" system, JETON Format should perform reliably in acetal at 2 bar and +65Â°C, given the provided specifications. Rationale: - Material suitability: Acetal (POM) has good mechanical strength, dimensional stability and low moisture absorption at room-to-moderate temperatures. It retains stiffness and creep resistance up to roughly 80â100Â°C, so +65Â°C is within a reasonable service range for short- to medium-term use. - Pressure capability: A working pressure rating âup to 2 barâ matches your stated operating pressure. At 2 bar the mechanical load is relatively low for a properly designed 1/2" threaded coolant fitting in acetal. - Temperature/pressure interaction: While acetalâs properties degrade with increasing temperature, +65Â°C at 2 bar is not likely to cause immediate failure. Long-term exposure to elevated temperature can accelerate creep and stress relaxation, so lifecycle and vibration conditions should be considered. - Sealing and threads: Reliability depends on correct assembly (torque, thread engagement, sealing methodâtape or sealant) and avoidance of over-tightening, which can crack acetal. Use compatible sealants and follow manufacturer torque recommendations. - Media compatibility: Assuming typical coolants (water-based, diluted glycol), acetal shows good chemical resistance. Verify compatibility if aggressive additives, solvents or high pH fluids are present. Recommendations to ensure reliable performance: - Follow manufacturer assembly torque limits and installation instructions. - Minimize sustained mechanical loads, bending or vibration on the fitting. - If continuous operation at +65Â°C for long periods is expected, consider periodic inspection for creep or leaks or evaluate a higher-temperature material. - Confirm coolant chemistry compatibility with acetal. Conclusion: Under the stated conditions (acetal, working pressure up to 2 bar, operating temperature up to +65Â°C), Coolant connection with GZ NPT, 1/2" system, JETON Format is expected to perform reliably, provided correct installation and normal coolant chemistry.

Coolant connection with GZ NPT, 1/2″ system, JETON

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Additional information

Material	P – material (plastic)

NPT 3/8″ or 1/2″ external thread connection for coolant – 1/2″ system. Material: acetal. Working pressure: up to 2 bar. Operating temperature: up to +65°C.

List of product variants

Article number	Product variant name	Nominal inner diameter	Working pressure [bar]	Enquiry
JT-84045A	Connection with GZ NPT 1/2" (system 1/2")	-	2
JT-84046A	Connection with GZ NPT 3/8" (system 1/2")	-	2

NPT 3/8″ or 1/2″ external thread connection for coolant – 1/2″ system. Material: acetal. Working pressure: up to 2 bar. Operating temperature: up to +65°C.