Is the Grease Nipple 45° DIN 71412 B, Zinc-Coated compatible with standard grease guns and fittings?

Yes. The Grease Nipple 45° DIN 71412 B, Zinc-Coated Format is manufactured to DIN 71412 B specifications, so it is compatible with standard grease guns and fittings designed for DIN-type grease nipples. Its threaded design and standardized geometry ensure a secure, leak-free connection with common couplers and hoses, while the 45° angled head provides easier access to tight or awkward lubrication points. The zinc-coated carbon steel construction adds corrosion resistance and durability for reliable service in automotive, agricultural, and industrial applications.

Can the Grease Nipple 45° DIN 71412 B, Zinc-Coated be used with high-pressure or automated lubrication systems?

The Grease Nipple 45° DIN 71412 B, Zinc-Coated can generally be used with many manual and low- to medium-pressure lubrication systems thanks to its DIN-compliant design and secure fitting. Its durable carbon steel construction and galvanised finish make it suitable for demanding environments and regular grease application. However, for high-pressure or automated centralized lubrication systems you should verify the specific pressure rating and compatibility with your system. DIN 71412 B fittings are typically intended for standard grease guns and common lubrication circuits; extremely high pressures, special automatic couplings, or pulse-type systems may require fittings rated explicitly for those conditions or with seals and dimensions matched to the automated equipment. Check manufacturer specifications or consult your lubrication-system supplier to confirm maximum working pressure and coupling compatibility before use.

Grease Nipple 45° DIN 71412 B, Zinc-Coated

All products, Grease accessories/

Additional information

Material	CS – steel (cast iron)

The 45° grease nipple DIN 71412 B is a reliable lubrication component designed to ensure smooth operation and extended service life of machinery by enabling precise application of lubricants between moving surfaces. Manufactured from durable carbon steel and finished with a protective galvanization layer, it offers excellent resistance to corrosion and mechanical stress, even in demanding industrial environments. Its angled 45° construction provides convenient access to hard-to-reach lubrication points, making maintenance faster, safer, and more efficient. Engineered in compliance with DIN standards, this grease nipple guarantees consistent performance, secure fitting, and compatibility with a wide range of lubrication systems. Ideal for use in automotive, agricultural, and industrial machinery, it helps minimize friction, reduce wear, and optimize equipment reliability. By ensuring proper lubrication, it not only extends the lifespan of components but also reduces downtime and maintenance costs, making it a cost-effective solution for professional applications.

List of product variants

Article number	Product variant name	DN	BAR	Availability	Actions
AR-H2-M10	Angle grease fitting 45° M10x1, DIN 71412 B, galvanized	-	-	In stock	Enquiry
AR-H2-M6	Angle grease fitting 45° M6x1, DIN 71412 B, galvanized	-	-	In stock	Enquiry
AR-H2-M8	Angle grease fitting 45° M8x1, DIN 71412 B, galvanized	-	-	In stock	Enquiry

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The 45° grease nipple DIN 71412 B is a reliable lubrication component designed to ensure smooth operation and extended service life of machinery by enabling precise application of lubricants between moving surfaces. Manufactured from durable carbon steel and finished with a protective galvanization layer, it offers excellent resistance to corrosion and mechanical stress, even in demanding industrial environments. Its angled 45° construction provides convenient access to hard-to-reach lubrication points, making maintenance faster, safer, and more efficient. Engineered in compliance with DIN standards, this grease nipple guarantees consistent performance, secure fitting, and compatibility with a wide range of lubrication systems. Ideal for use in automotive, agricultural, and industrial machinery, it helps minimize friction, reduce wear, and optimize equipment reliability. By ensuring proper lubrication, it not only extends the lifespan of components but also reduces downtime and maintenance costs, making it a cost-effective solution for professional applications.