Is the 90° Flat Nozzle with Coolant Holes, 1/4" System, LOC-LINE® compatible with other 1/4" coolant hose brands?

Format: 90° Flat Nozzle with Coolant Holes, 1/4" System, LOC-LINE® Short answer: Possibly, but not guaranteed. Explanation: The 90° Flat Nozzle with Coolant Holes, 1/4" System, LOC-LINE® is precision-engineered to fit LOC-LINE® 1/4" coolant hose systems, so mechanical fit, sealing and reliable flow are assured when used with LOC-LINE® components. Many other brands that advertise a 1/4" coolant hose interface may have similar nominal dimensions and could physically couple with this nozzle, but tolerances, internal seat geometry and retention methods vary between manufacturers. Mixing parts from different brands can lead to loose fit, leaks, reduced pressure capacity, misalignment or premature wear, and may compromise the uniform flow provided by the nozzle’s six 2.5 mm outlets. Recommendation: For dependable performance, use the nozzle with LOC-LINE® 1/4" hose. If you must mix brands, verify thread/connection dimensions and test assembly at working pressure (up to 3 bar) and operating temperature (+76°C) before putting into critical service.

Can the 90° Flat Nozzle with Coolant Holes, 1/4" System, LOC-LINE® withstand exposure to cutting fluids and coolants used in metalworking without degradation?

Yes. The 90° Flat Nozzle with Coolant Holes, 1/4" System, LOC-LINE® is manufactured from durable acetal, a material noted for good chemical and wear resistance, and is specifically described as suitable for demanding industrial environments. With a working pressure rating up to 3 bar and an operating temperature tolerance up to +76°C, it is engineered to provide long-lasting performance under intensive use. These properties indicate it can withstand exposure to typical metalworking cutting fluids and coolants without degradation, provided the fluids and temperatures remain within the stated chemical compatibility and temperature limits. If you use unusually aggressive chemicals or exceed +76°C, verify compatibility with the specific coolant manufacturer or material safety data sheet.

90° Flat Nozzle with Coolant Holes, 1/4″ System, LOC-LINE®

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Additional information

The 90° flat nozzle with precision-engineered holes is designed for seamless integration with LOC-LINE® 1/4″ coolant hose systems, ensuring efficient and reliable fluid distribution in demanding industrial environments. Featuring six evenly spaced 2.5 mm outlets, it delivers a uniform and controlled coolant flow, optimizing cooling performance and enhancing process stability. Manufactured from durable acetal, the nozzle combines excellent mechanical strength with resistance to wear and chemicals, guaranteeing long-lasting performance even under intensive use. With a working pressure capacity of up to 3 bar and an operating temperature tolerance reaching +76°C, it provides dependable functionality across a wide range of applications. Its compact, angled design allows for precise directional control, making it an ideal solution for machining, cooling, and lubrication tasks where accuracy and efficiency are essential.

List of product variants

Article number	Product variant name	Nominal inner diameter	Working pressure [bar]	Enquiry
LL-49442	90° flat nozzle with holes 6x2.5 mm (1/4" system)	-	3

The 90° flat nozzle with precision-engineered holes is designed for seamless integration with LOC-LINE® 1/4″ coolant hose systems, ensuring efficient and reliable fluid distribution in demanding industrial environments. Featuring six evenly spaced 2.5 mm outlets, it delivers a uniform and controlled coolant flow, optimizing cooling performance and enhancing process stability. Manufactured from durable acetal, the nozzle combines excellent mechanical strength with resistance to wear and chemicals, guaranteeing long-lasting performance even under intensive use. With a working pressure capacity of up to 3 bar and an operating temperature tolerance reaching +76°C, it provides dependable functionality across a wide range of applications. Its compact, angled design allows for precise directional control, making it an ideal solution for machining, cooling, and lubrication tasks where accuracy and efficiency are essential.