Manufactured to the most stringent quality
standards - TS 16949 approved manufacturing
Head profile and dimensions are accurately
controlled and conform to DIN 71412
Heat treated greasing ends
Zinc plating exceeds ASTM B117
Fittings have heat treated springs for increased life
Available ready from stock in a large selection of popular types and sizes, with many more variations custom manufactured
ORDERING INFORMATION
| CAT
NR. | TYPE | HEX
SIZE | OVERALL
LENGTH | BOX
QTY |
| 6.0 x 1.0 MM TAPER THREADS | | | | |
| GFT/6/1 | Straight | 7 mm | 16 mm | 100 |
| GFT/6/1/45 | 45° | 9 mm | 21 mm | 50 |
| GFT/6/1/90 | 90° | 9 mm | 18 mm | 50 |
| 8.0 x 1.0 MM TAPER THREADS | | | | |
| GFT/8/1 | Straight | 9 mm | 16 mm | 100 |
| GFT/8/1/45 | 45° | 9 mm | 21 mm | 50 |
| GFT/8/1/90 | 90° | 9 mm | 18 mm | 50 |
| 10.0 x 1.0 MM TAPER THREADS | | | | |
| GFT/10/1 | Straight | 11 mm | 16 mm | 100 |
| GFT/10/1/45 | 45° | 11 mm | 21 mm | 50 |
| GFT/10/1/90 | 90° | 11 mm | 18 mm | 50 |
| 10.0 MM x 1.5 MM TAPER THREADS | | | | |
| GFT/10/1.5 | Straight | 11 mm | 18 mm max | 100 |
| GFT/10/1.5/45 | 45° | 11 mm | 21 mm max | 50 |
| GFT/10/1.5/90 | 90° | 11 mm | 18 mm max | 50 |
| 1/8" x 28 BSPT - TAPER THREADS | | | | |
| GFT/R/1-8/28 | Straight | 11 mm | 16 mm | 100 |
| GFT/R/1-8/28L | Straight | 11 mm | 20 mm | 50 |
| GFT/R/1-8/28/45 | 45° | 11 mm | 21 mm | 50 |
| GFT/R/1-8/28/45L | 45° | 11 mm | 26.3 mm | 50 |
| GFT/R/1-8/28/90 | 90° | 11 mm | 18 mm | 50 |
| GFT/R/1-8/28/90L | 90° | 11 mm | 21.4 mm | 50 |
| 1/4" x 19 BSPT - TAPER THREADS | | | | |
| GFT/R/1-4/19 | Straight | 9/16" | 17.5 mm | 50 |
| GFT/R/1-4/19L | Straight | 15.24 mm | 23.5 mm | 25 |
| GFT/R/1-4/19/45 | 45° | 9/16" | 22.5 mm | 50 |
| GFT/R/1-4/19/90 | 90° | 9/16" | 22 mm | 50 |
Versatile Thread and Angle OptionsOur grease fittings are offered with a choice of Metric, BSP, or NPT threads, and in several angled designs-straight, 45, or 90. This variety ensures compatibility with most machinery and equipment, providing flexibility for different installation needs and space constraints.
Superior Build and DurabilityManufactured from robust carbon steel and enhanced with a zinc-plated surface, these fittings stand up to demanding industrial conditions. They are resistant to rust, corrosion, and leakage, delivering prolonged service life and reduced downtime for your machinery.
Applications and Ease of MaintenanceIdeal for a wide range of lubrication points on vehicles, industrial equipment, and plant machinery, our fittings simplify manual greasing. Standard sizing as per DIN 71412 ensures easy replacement during scheduled maintenance and guarantees a secure fit every time.
FAQ's of Grease Fittings:
Q: How do I determine the appropriate grease fitting thread type for my equipment?
A: Check your equipment's maintenance manual or inspect existing fittings for their thread specifications. Our grease fittings are available in Metric, BSP, and NPT thread types, making it easy to find a compatible match for most international and domestic equipment standards.
Q: What is the process for manually lubricating machinery using these fittings?
A: To manually lubricate, attach a standard grease gun to the fitting and inject grease until resistance is felt or grease appears at the joint. Always clean the area around the fitting before and after lubrication to prevent contamination.
Q: When should grease fittings be replaced?
A: Grease fittings should be replaced if they become clogged, damaged, or show signs of significant corrosion. Regular inspection during routine maintenance is recommended to ensure reliable lubrication and optimal machinery performance.
Q: Where are these grease fittings commonly used?
A: They are commonly installed at lubrication points found on industrial machinery, heavy vehicles, and various equipment types. Their standard dimensions and angle options allow fitting in diverse locations and machine types.
Q: What are the benefits of the zinc-plated finish on these fittings?
A: The zinc-plated finish provides excellent protection against rust and corrosion, especially in harsh operating environments. This enhances the operational life and reliability of the fittings, reducing maintenance costs over time.
Q: How does the angled design benefit lubrication maintenance?
A: Angled fittings (45 or 90) allow technicians to access or service lubrication points that are located in hard-to-reach or confined spaces, ensuring thorough greasing without disassembling components.
