Categories for: metric stem gears
Gears - Spur - Antibacklash - Module 0.5
Steel - Stainless Steel - Aluminium - 20 Degree Pressure Angle.
Gears - Spur - Antibacklash - Module 0.8
Steel - Stainless Steel - Aluminium - 20 Degree Pressure Angle.
Gears - Spur - Antibacklash - Module 1
Steel - Stainless Steel - Aluminium - 20 Degree Pressure Angle.
For 90 degree angle power transfer.
20 Degree Pressure Angle. Do not mix gears from different sets. See Gears - Mitre for 1:1 ratios.
For 90 degree angle power transfer.
20 Degree Pressure Angle. Do not mix gears from different sets. See Gears - Mitre for 1:1 ratios.
For 90 degree angle power transfer.
20 Degree Pressure Angle. Do not mix gears from different sets. See Gears - Mitre for 1:1 ratios.
For 90 degree angle power transfer.
20 Degree Pressure Angle. Do not mix gears from different sets. See Gears - Mitre for 1:1 ratios.
For 90 degree angle power transfer.
20 Degree Pressure Angle. Do not mix gears from different sets. See Gears - Mitre for 1:1 ratios.
For 90 degree angle power transfer.
20 Degree Pressure Angle. Do not mix gears from different sets. See Gears - Mitre for 1:1 ratios.
For 90 degree angle power transfer.
20 Degree Pressure Angle. Do not mix gears from different sets. See Gears - Mitre for 1:1 ratios.
2024-T4 Aluminum and 303 stainless steel.
2024-T4 Aluminum and 303 stainless steel.
2024-T4 Aluminum and 303 stainless steel.
1:1 Ratio. 20 Degree Pressure Angle - Brass and acetal.
Mitre gears are used with a matching gear of the same pitch and number of teeth. This provides a 1:1 ratio on a 90 degree angle. See Gears - Bevel for other ratios.
1:1 Ratio. 20 Degree Pressure Angle - Stainless steel, brass, aluminium and acetal.
Mitre gears are used with a matching gear of the same pitch and number of teeth. This provides a 1:1 ratio on a 90 degree angle. See Gears - Bevel for other ratios.
1:1 Ratio. 20 Degree Pressure Angle - Acetal and brass.
Mitre gears are used with a matching gear of the same pitch and number of teeth. This provides a 1:1 ratio on a 90 degree angle. See Gears - Bevel for other ratios.
1:1 Ratio. 20 Degree Pressure Angle - Steel, stainless steel, brass, aluminium, acetal and zinc die cast.
Mitre gears are used with a matching gear of the same pitch and number of teeth. This provides a 1:1 ratio on a 90 degree angle. See Gears - Bevel for other ratios.
1:1 Ratio. 20 Degree Pressure Angle - Steel, stainless steel, brass, aluminium, acetal and zinc die cast.
Mitre gears are used with a matching gear of the same pitch and number of teeth. This provides a 1:1 ratio on a 90 degree angle. See Gears - Bevel for other ratios.
1:1 Ratio. 20 Degree Pressure Angle - Steel, stainless steel, brass, aluminium, acetal and zinc die cast.
Mitre gears are used with a matching gear of the same pitch and number of teeth. This provides a 1:1 ratio on a 90 degree angle. See Gears - Bevel for other ratios.
1:1 Ratio. 20 Degree Pressure Angle - Steel, stainless steel, brass, aluminium, acetal and zinc die cast.
Mitre gears are used with a matching gear of the same pitch and number of teeth. This provides a 1:1 ratio on a 90 degree angle. See Gears - Bevel for other ratios.
1:1 Ratio. 20 Degree Pressure Angle - Steel.
Mitre gears are used with a matching gear of the same pitch and number of teeth. This provides a 1:1 ratio on a 90 degree angle. See Gears - Bevel for other ratios.
1:1 Ratio. 20 Degree Pressure Angle - Steel, stainless steel, brass, aluminium, acetal and zinc die cast.
Mitre gears are used with a matching gear of the same pitch and number of teeth. This provides a 1:1 ratio on a 90 degree angle. See Gears - Bevel for other ratios.
1:1 Ratio. 20 Degree Pressure Angle - Zinc die cast and steel.
Mitre gears are used with a matching gear of the same pitch and number of teeth. This provides a 1:1 ratio on a 90 degree angle. See Gears - Bevel for other ratios.
Gears - Bevel - Spiral - Module 2
For 90 degree angle power transfer.
See Gears - Mitre for 1:1 ratios. ISO Class 6. 35 Degree Spiral Angle / 20 Degree Pressure Angle. AISI 1045 Steel, Tooth surfaces induction hardened to HRC48.53. Black oxide finish except bore and tooth surfaces.
Gears - Bevel - Spiral - Module 2.5
For 90 degree angle power transfer.
See Gears - Mitre for 1:1 ratios. ISO Class 6. 35 Degree Spiral Angle / 20 Degree Pressure Angle. AISI 1045 Steel, Tooth surfaces induction hardened to HRC48.53. Black oxide finish except bore and tooth surfaces.
Gears - Bevel - Spiral - Module 3
For 90 degree angle power transfer.
See Gears - Mitre for 1:1 ratios. ISO Class 6. 35 Degree Spiral Angle / 20 Degree Pressure Angle. AISI 1045 Steel, Tooth surfaces induction hardened to HRC48.53. Black oxide finish except bore and tooth surfaces.
Gears - Bevel - Spiral - Module 4
For 90 degree angle power transfer.
See Gears - Mitre for 1:1 ratios. ISO Class 6. 35 Degree Spiral Angle / 20 Degree Pressure Angle. AISI 1045 Steel, Tooth surfaces induction hardened to HRC48.53. Black oxide finish except bore and tooth surfaces.
Gears - Mitre - Spiral - Module 1
1:1 Ratio. 20 Degree Pressure Angle - 35 Degree Spiral tooth - Steel.
A set of spiral mitre gears must be identical in module and number of teeth but opposite in spiral direction. This provides a 1:1 ratio on a 90 degree angle. See Gears - Bevel for other ratios.
Gears - Mitre - Spiral - Module 1.25
1:1 Ratio. 20 Degree Pressure Angle - 35 Degree Spiral tooth - Steel.
A set of spiral mitre gears must be identical in module and number of teeth but opposite in spiral direction. This provides a 1:1 ratio on a 90 degree angle. See Gears - Bevel for other ratios.
Gears - Mitre - Spiral - Module 1.5
1:1 Ratio. 20 Degree Pressure Angle - 35 Degree Spiral tooth - Steel.
A set of spiral mitre gears must be identical in module and number of teeth but opposite in spiral direction. This provides a 1:1 ratio on a 90 degree angle. See Gears - Bevel for other ratios.
Gears - Mitre - Spiral - Module 2
1:1 Ratio. 20 Degree Pressure Angle - 35 Degree Spiral tooth - Steel.
A set of spiral mitre gears must be identical in module and number of teeth but opposite in spiral direction. This provides a 1:1 ratio on a 90 degree angle. See Gears - Bevel for other ratios.
Gears - Mitre - Spiral - Module 2.25
1:1 Ratio. 20 Degree Pressure Angle - 35 Degree Spiral tooth - Steel.
A set of spiral mitre gears must be identical in module and number of teeth but opposite in spiral direction. This provides a 1:1 ratio on a 90 degree angle. See Gears - Bevel for other ratios.
Gears - Mitre - Spiral - Module 2.5
1:1 Ratio. 20 Degree Pressure Angle - 35 Degree Spiral tooth - Steel.
A set of spiral mitre gears must be identical in module and number of teeth but opposite in spiral direction. This provides a 1:1 ratio on a 90 degree angle. See Gears - Bevel for other ratios.
Gears - Mitre - Spiral - Module 3
1:1 Ratio. 20 Degree Pressure Angle - 35 Degree Spiral tooth - Steel.
A set of spiral mitre gears must be identical in module and number of teeth but opposite in spiral direction. This provides a 1:1 ratio on a 90 degree angle. See Gears - Bevel for other ratios.
Gears - Mitre - Spiral - Module 3.5
1:1 Ratio. 20 Degree Pressure Angle - 35 Degree Spiral tooth - Steel.
A set of spiral mitre gears must be identical in module and number of teeth but opposite in spiral direction. This provides a 1:1 ratio on a 90 degree angle. See Gears - Bevel for other ratios.
Gears - Mitre - Spiral - Module 4
1:1 Ratio. 20 Degree Pressure Angle - 35 Degree Spiral tooth - Steel.
A set of spiral mitre gears must be identical in module and number of teeth but opposite in spiral direction. This provides a 1:1 ratio on a 90 degree angle. See Gears - Bevel for other ratios.
Gears - Mitre - Spiral - Module 5
1:1 Ratio. 20 Degree Pressure Angle - 35 Degree Spiral tooth - Steel.
A set of spiral mitre gears must be identical in module and number of teeth but opposite in spiral direction. This provides a 1:1 ratio on a 90 degree angle. See Gears - Bevel for other ratios.
PCD = No. of Teeth x 0.150mm. 20 Degree Pressure Angle. Brass.
Metallic. Fairloc Hub Type require controlled shaft tolerances between 0.0025 and 0.0203 mm Clearance.
PCD = No. of Teeth x 0.200mm. 20 Degree Pressure Angle. Brass.
Metallic. Fairloc Hub Type require controlled shaft tolerances between 0.0025 and 0.0203 mm Clearance.
PCD = No. of Teeth x 0.250mm. 20 Degree Pressure Angle. Brass and carbon steel.
Metallic. Fairloc Hub Type require controlled shaft tolerances between 0.0025 and 0.0203 mm Clearance.
PCD = No. of Teeth x 0.300mm. 20 Degree Pressure Angle. Brass.
Metallic. Fairloc Hub Type require controlled shaft tolerances between 0.0025 and 0.0203 mm Clearance.
PCD = No. of Teeth x 0.400mm. 20 Degree Pressure Angle. 416 stainless steel, acetal, brass and carbon steel.
Metallic and plastic. Fairloc Hub Type require controlled shaft tolerances between 0.0025 and 0.0203 mm Clearance.
PCD = No. of Teeth x 0.500mm. 20 Degree Pressure Angle. 2024 aluminium, 303 stainless steel, 416 stainless, acetal, AISI4135 steel, brass and carbon steel.
Metallic and plastic. Fairloc Hub Type require controlled shaft tolerances between 0.0025 and 0.0203 mm Clearance.
PCD = No. of Teeth x 0.700mm. 20 Degree Pressure Angle. Acetal.
Metallic. Fairloc Hub Type require controlled shaft tolerances between 0.0025 and 0.0203 mm Clearance.
PCD = No. of Teeth x 0.750mm. 20 Degree Pressure Angle. Brass.
Metallic. Fairloc Hub Type require controlled shaft tolerances between 0.0025 and 0.0203 mm Clearance.
PCD = No. of Teeth x 0.800mm. 20 Degree Pressure Angle. 2024 aluminium, 303 stainless steel, 416 stainless, acetal, AISI4135 steel, brass and carbon steel.
Metallic and plastic. Fairloc Hub Type require controlled shaft tolerances between 0.0025 and 0.0203 mm Clearance.
PCD = No. of Teeth x 1.000mm. 20 Degree Pressure Angle. 2024 aluminium, 303 stainless steel, 416 stainless, acetal, AISI4135 steel, brass and carbon steel.
Metallic and plastic. Fairloc Hub Type require controlled shaft tolerances between 0.0025 and 0.0203 mm Clearance.
PCD = No. of Teeth x 1.250mm. 20 Degree Pressure Angle. 303 stainless steel and acetal.
Metallic and plastic. Fairloc Hub Type require controlled shaft tolerances between 0.0025 and 0.0203 mm Clearance.
PCD = No. of Teeth x 1.500mm. 20 Degree Pressure Angle. 303 stainless steel, acetal, AISI4135 steel, carbon steel and nylon.
Metallic and plastic. Fairloc Hub Type require controlled shaft tolerances between 0.0025 and 0.0203 mm Clearance.
PCD = No. of Teeth x 2.000mm. 20 Degree Pressure Angle. 303 stainless steel, acetal, AISI4135 steel, carbon steel and nylon. 303 stainless steel, acetal, AISI4135 steel, carbon steel and nylon.
Metallic and plastic. Fairloc Hub Type require controlled shaft tolerances between 0.0025 and 0.0203 mm Clearance.
PCD = No. of Teeth x 2.500mm. 20 Degree Pressure Angle. 303 stainless steel, carbon steel and nylon.
Metallic and plastic. Fairloc Hub Type require controlled shaft tolerances between 0.0025 and 0.0203 mm Clearance.
PCD = No. of Teeth x 3.000mm. 20 Degree Pressure Angle. 303 stainless steel, carbon steel and nylon.
Metallic and plastic. Fairloc Hub Type require controlled shaft tolerances between 0.0025 and 0.0203 mm Clearance.
Worm Gears - Module 0.5 (Series 1) - Metallic
Worms and Gears must be chosen from the same pitch and series to match.
20 Degree Pressure Angle - 3.18 Degree Lead Angle - 1 Lead. A single start worm and gear will provide a ratio equivalent to the number of teeth on the gear. A double start worm and gear will provide a ratio of half the number of teeth on the gear.
Worm Gears - Module 0.8 (Series 1) - Metallic
Worms and Gears must be chosen from the same pitch and series to match.
20 Degree Pressure Angle - 3.82 Degree Lead Angle - 1 Lead. A single start worm and gear will provide a ratio equivalent to the number of teeth on the gear. A double start worm and gear will provide a ratio of half the number of teeth on the gear.
Worm Gears - Module 0.8 (Series 2) - Plastic Gear and Metallic Worm
Match with metallic worms Module 0.80 Series 2.
20 Degree Pressure Angle - 4.40 Degree Lead Angle - 1 Lead. A single start worm and gear will provide a ratio equivalent to the number of teeth on the gear. A double start worm and gear will provide a ratio of half the number of teeth on the gear.
Worm Gears - Module 1.5 (Series 1) - Plastic and Metallic - Left Hand
Worms and Gears must be chosen from the same pitch and series to match.
20 Degree Pressure Angle - 3.43 Degree Lead Angle - 1 Lead. A single start worm and gear will provide a ratio equivalent to the number of teeth on the gear. A double start worm and gear will provide a ratio of half the number of teeth on the gear.
Worm Gears - Module 1.5 (Series 1) - Plastic and Metallic - Right Hand
Worms and Gears must be chosen from the same pitch and series to match.
20 Degree Pressure Angle - 3.43 Degree Lead Angle - 1 Lead. A single start worm and gear will provide a ratio equivalent to the number of teeth on the gear. A double start worm and gear will provide a ratio of half the number of teeth on the gear.
Worm Gears - Module 1.5 (Series 3) - Plastic and Metallic
Worms and Gears must be chosen from the same pitch and series to match.
20 Degree Pressure Angle - 6.90 Degree Lead Angle - 2 Lead. A single start worm and gear will provide a ratio equivalent to the number of teeth on the gear. A double start worm and gear will provide a ratio of half the number of teeth on the gear.
Worm Gears - Module 1 (Series 1) - Plastic and Metallic - Left Hand
Worms and Gears must be chosen from the same pitch and series to match.
20 Degree Pressure Angle - 3.58 Degree Lead Angle - 1 Lead. A single start worm and gear will provide a ratio equivalent to the number of teeth on the gear. A double start worm and gear will provide a ratio of half the number of teeth on the gear.
Worm Gears - Module 1 (Series 1) - Plastic and Metallic - Right Hand
Worms and Gears must be chosen from the same pitch and series to match.
20 Degree Pressure Angle - 3.58 Degree Lead Angle - 1 Lead. A single start worm and gear will provide a ratio equivalent to the number of teeth on the gear. A double start worm and gear will provide a ratio of half the number of teeth on the gear.
Worm Gears - Module 1 (Series 2) - Plastic Gear and Metallic Worm
Worms and Gears must be chosen from the same pitch and series to match.
20 Degree Pressure Angle - 4.40 Degree Lead Angle - 1 Lead. A single start worm and gear will provide a ratio equivalent to the number of teeth on the gear. A double start worm and gear will provide a ratio of half the number of teeth on the gear.
Worm Gears - Module 2.5 (Series 1) - Plastic and Metallic - Left Hand
Worms and Gears must be chosen from the same pitch and series to match.
20 Degree Pressure Angle - 3.87 Degree Lead Angle - 1 Lead. A single start worm and gear will provide a ratio equivalent to the number of teeth on the gear. A double start worm and gear will provide a ratio of half the number of teeth on the gear.Too many choices?
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