Is the Coolant Connector with BSPT Male Thread, 1/2" LOC-LINE® System compatible with standard BSPT female fittings and adapters?

Yes. The Coolant Connector with BSPT Male Thread, 1/2" LOC-LINE® System is designed for compatibility with standard BSPT female fittings and adapters. Its precise 3/8" or 1/2" external BSPT threading provides a secure, leak-resistant connection for seamless integration into conventional BSPT-threaded plumbing. Made from durable acetal and rated for up to 2 bar working pressure and +76°C, it supports reliable, long-lasting performance in typical workshop and industrial coolant applications. Ensure you match the BSPT thread size (3/8" or 1/2") and use appropriate thread sealant or tape where required to guarantee a watertight joint.

Can the Coolant Connector with BSPT Male Thread, 1/2" LOC-LINE® System be used with different coolant types (oils, emulsions) without affecting performance or material compatibility?

Coolant Connector with BSPT Male Thread, 1/2" LOC-LINE® System can generally be used with a range of coolant types (oils, water‑based emulsions) thanks to its acetal construction, which offers good chemical resistance and durability. The connector’s limits — working pressure up to 2 bar and temperature resistance up to +76°C — should be observed: if the coolant’s chemistry, temperature, or system pressure exceed these ratings, performance or material compatibility may be affected. Recommendations: - Oils and light soluble/emulsion coolants at temperatures below +76°C and pressures ≤2 bar are typically compatible. - Aggressive solvents, strong acids/alkalis, or fluids with additives known to attack acetal should be avoided or tested first. - For higher temperatures or pressures, or if using unfamiliar fluids, perform a compatibility test or consult the coolant and acetal material data sheets. - Inspect periodically for swelling, crazing or leaks when switching coolant types. In short: Yes for most common machining oils and emulsions within the stated temperature/pressure limits, but verify chemical compatibility for aggressive fluids and adhere to the specified operating limits.

Coolant Connector with BSPT Male Thread, 1/2″ LOC-LINE® System

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Additional information

Material	P – material (plastic)

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.

List of product variants

Article number	Product variant name	DN	BAR	Availability	Price	Quantity	Actions	Catalogue
LL-59876	Connection with GZ BSPT 3/8" (system 1/2")	-	2	In stock	0 €		Enquiry
LL-59877	Connection with GZ BSPT 1/2" (system 1/2")	-	2	In stock	0 €		Enquiry

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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.