Categories that include the terms: LEADSCREW and NUTS and METRIC and HEXAGONAL and METALLIC
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Linear Drive Systems - Leadscrew |  |
Leadscrew Nuts - Metric - Hexagonal - Metallic (Relevance 10/10)
Trapezoidal thread design. Use with metric leadscrew thread listed in separate category.
Material: Carbon Manganese Steel S300 Pb (11 SMn Pb37). If welding, difficulties may arise with bubbling due to sulphur content. To be used with screws:- LFM, LSM, LRH, LSRH (Single Start). Manual control - Low rotation speeds - For clamping or locking functions - For receiving dead weights. For power transmission and continuous use, always use bronze nuts, never steel. Nuts and screws should always be lubricated with grease or oil.
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Leadscrew Nuts - Metric - Round - Metallic (Relevance 10/10)
Trapezoidal thread design. Use with metric leadscrew thread listed in separate category.
Material: KSM = Carbon Manganese Steel S300 Pb (11 SMn Pb37) / LRM = Bronze CuSn8P. Carbon Manganese steel can be welded but difficulties may arise with bubbling due to sulphur content. KSM: Manual control control only - low rotational speeds only - for clamping or locking functions - for receiving dead weights. LRM: Manual or powered control - low and medium rotational speeds - for working under load. For power transmission and continuous use always use bronze nuts not steel.
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Leadscrew Nuts - Metric - Square - Metallic (Relevance 10/10)
Trapezoidal thread design. Use with metric leadscrew thread listed in separate category.
Material: Carbon Manganese Steel S300 Pb (11 SMn Pb37). If welding, difficulties may arise with bubbling due to sulphur content. To be used with screws:- LFM, LSM, LRH, LSRH (Single Start). Manual control - Low rotation speeds - For clamping or locking functions - For receiving dead weights. For power transmission and continuous use, always use bronze nuts, never steel. Nuts and screws should always be lubricated with grease or oil.
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Leadscrew Nuts - Metric - Flanged - Plastic (Relevance 9/10)
Trapezoidal thread design. Use with metric leadscrew thread listed in separate category.
Material: Iglidur W300. Single Start / Right Hand.
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Fasteners | |
Nuts - Hexagonal - Aluminium (Relevance 6/10)
METRIC.
Note! Thickness (H) and A/F (A) dimensions are usually considered not critical and may vary. If the A and H dimensions are critical for your application please consult us prior to ordering.
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Nuts - Hexagonal - Brass (Relevance 6/10)
UNC - UNF - BA - METRIC.
Note! Thickness (H) and A/F (A) dimensions are usually considered not critical and may vary. If the A and H dimensions are critical for your application please consult us prior to ordering. Nuts marked as type SCALE have the same dimension across flats as the brass hex head screw of the same thread size.
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Nuts - Hexagonal - Half - Stainless Steel (Relevance 6/10)
UNC - UNF - METRIC
Note! Thickness (H) and A/F (A) dimensions are usually considered not critical and may vary. If the A and H dimensions are critical for your application please consult us prior to ordering.
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Nuts - Hexagonal - Stainless Steel (Relevance 6/10)
UNC - UNF - BA - METRIC - BSW - Course - Fine - Extra Fine.
Note! Thickness (H) and A/F (A) dimensions are usually considered not critical and may vary. If the A and H dimensions are critical for your application please consult us prior to ordering.
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Nuts - Hexagonal - Steel (Relevance 6/10)
UNC - UNF - BA - METRIC. Plain and Zinc Plated.
Note! Thickness (H) and A/F (A) dimensions are usually considered not critical and may vary. If the A and H dimensions are critical for your application please consult us prior to ordering.
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Nuts - Hexagonal - Titanium - CP Grade 1 (Relevance 6/10)
METRIC. CP Grade 1.
Note! Thickness (H) and A/F (A) dimensions are usually considered not critical and may vary. If the A and H dimensions are critical for your application please consult us prior to ordering. CP Grade 1. Commercially pure for general industrial corrosion applications. UNS R50250.
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Linear Drive Systems - Leadscrew | |
Leadscrew Nut Flanges for Acme Nuts (Relevance 6/10)
Flanges for Acme leadscrew thread nuts imperial
These flanges are screwed onto the outer thread of the red leadscrew nuts This provides a mounting surface to enable location of the leadscrew nut on the surface to be moved
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Leadscrew Nuts - Imperial - Acme (Relevance 6/10)
Acme Leadscrew Nuts - Use with Acme Leadscrew thread and flanges for mounting
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Leadscrews - Metric - Acme (Relevance 6/10)
Acme Leadscrew Thread - Use with Acme Supernuts
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Leadscrews - Metric - Rolled Thread - Carbon Steel (Relevance 6/10)
Trapezoidal thread design. Use with metric leadscrew nuts listed in separate category.
Carbon Steel C35 For power transmission and continuous use always use bronze nuts - never steel. Nuts and screws should always be lubricated with grease or oil. Steel nuts with steel screws should only be used for hand motion. Efficiency Guide 20 percent with lubrication for single start.
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Fasteners | |
Nuts - Hexagonal - Binx (Relevance 5/10)
Manufactured from A2 302/304 grade stainless steel. The standard Binx's entire locking action is contained within the nut body which is no thicker than a standard full nut. The ingenious design incorporates two opposing cantilever type springs which lock onto the bolt with inward and downward pressure. May be removed and placed repeatedly with minimum thread wear.
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Nuts - Hexagonal - Nylon (Relevance 5/10)
Note! Thickness (H) and A/F (A) dimensions are usually considered not critical and may vary. If the A and H dimensions are critical for your application please consult us prior to ordering.
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Nuts - Hexagonal - Nylon - Self Tapping (Relevance 5/10)
Note! Thickness (H) and A/F (A) dimensions are usually considered not critical and may vary. If the A and H dimensions are critical for your application please consult us prior to ordering.
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Nuts - Hexagonal - Nylon Insert - Aluminium (Relevance 5/10)
Nylon Insert for Locking. Not Nyloc™ brand.
Note! Thickness (H) and A/F (A) dimensions are usually considered not critical and may vary. If the A and H dimensions are critical for your application please consult us prior to ordering.
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Nuts - Hexagonal - Nylon Insert - Brass (Relevance 5/10)
Nylon Insert for Locking. Not Nyloc™ brand.
Note! Thickness (H) and A/F (A) dimensions are usually considered not critical and may vary. If the A and H dimensions are critical for your application please consult us prior to ordering.
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Nuts - Hexagonal - Nylon Insert - Stainless Steel (Relevance 5/10)
Nylon Insert for Locking. Nyloc™ and other brands.
Note! Thickness (H) and A/F (A) dimensions are usually considered not critical and may vary. If the A and H dimensions are critical for your application please consult us prior to ordering.
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Nuts - Hexagonal - Nylon Insert - Steel (Relevance 5/10)
Nylon Insert for Locking. Nyloc™ and other brands.
Note! Thickness (H) and A/F (A) dimensions are usually considered not critical and may vary. If the A and H dimensions are critical for your application please consult us prior to ordering.
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Belts | |
Belts - Timing - 5.000mm Pitch - GT - TRUE METRIC (Relevance 4/10)
GT Series Metric Timing Belts.
Pitch (P) - 5.000mm. Tooth Height (H) - 1.93mm. Belt Height (W) - 3.81mm. TRUE METRIC is a trademark of Designatronics. Breaking strength is not indicative of working strength.
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Fasteners | |
Nuts - Aerotight (Relevance 4/10)
Aerotight is a Registered Trademark and can only be applied to goods manufactured by the Premier Screw and Repetition Company Limited. Any company infringing the registered trade mark may be liable to legal proceedings. Aerotight nuts should not be used on damaged or interrupted threads. When assembled on the screw at least two threads should protrude through the Aerotight nut. Advantages: Will not work loose. No other locking device needed.
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Nuts - Blind (Relevance 4/10)
Blind nuts - Tee nuts.
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Nuts - Cap - Stainless Steel (Relevance 4/10)
Stainless Steel. Lower profile than a dome nut.
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Nuts - Quick Release (Relevance 4/10)
Carbon steel, black oxide finish. Button Thread® nuts allow quick fixturing on long thread lengths. Simply press the button and the threads are disengaged to allow easy movement up or down the screw. Release the button and the threads engage for normal turning.
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Nuts - Well (Relevance 4/10)
Flanged neoprene bushing with a brass machine nut moulded into one end. Tightening a conventional machine screw threaded in a brass nut causes the insert to expand, making a secure fastening. 1. Place the Well Nut® insert all the way into a pre-drilled hole until the flange is firmly against the mounting surface. 2. Pass machine screw through part to be fastened and tighten until snug.
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Nuts - Wing - Stainless Steel (Relevance 4/10)
304 and 316 Stainless Wing Nuts
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Nuts - Wing - Steel (Relevance 4/10)
Zinc Plated Wing Nuts
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Pins - Taper - Metric (Relevance 4/10)
Metric Sizes 1:50 Taper
Metric Sizes to DIN 1.
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Linear Drive Systems - Ballscrew | |
Screws - Ball - 16mm Nuts - Pillow Block (Relevance 4/10)
Includes ball nut.
Antibacklash. Repeatability 0.01mm, accuracy 0.1mm/300mm when used with our 16mm screws. Hardened ground and polished Cf53 steel to HRC62 +/-2. Balls hardened HRC63 +/- 2.
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Screws - Ball - Economy - Rolled - Nut Only (Relevance 4/10)
Match with screw. Accuracy T7 50µm/300mm.
Steel 16 MnCr5 or 100Cr6. Size, length of screw and end bearing configurations will affect the resulting loads and speeds. Backlash 0.01 Percent of lead. Accuracy T7 50µm/300mm. Blank sleeve supplied in nut to retain balls. Do not remove without simultaneous assembly to screw.
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Linear Drive Systems - Leadscrew | |
Leadscrews - Imperial - Acme (Relevance 4/10)
Acme Leadscrew Thread - Use with Acme Supernuts
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Materials | |
Tube - Hexagonal - Brass (Relevance 4/10)
Hexagonal hollow tubing.
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Worms and Worm Gears | |
Worm Gears - Module 0.8 (Series 2) - Plastic Gear and Metallic Worm (Relevance 4/10)
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.
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Worms - Module 0.8 (Series 2) - Plastic Gear and Metallic Worm (Relevance 4/10)
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.
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Fasteners | |
Nuts - Dome - Nylon (Relevance 3/10)
Natural Nylon.
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Nuts - Dome - Stainless Steel (Relevance 3/10)
Stainless Steel.
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Nuts - Dome - Steel (Relevance 3/10)
Mild Steel, chrome and zinc plated
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Nuts - Flange - Serrated (Relevance 3/10)
Stainless Steel.
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Nuts - Thumb (Relevance 3/10)
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Nuts - Wing - Nylon (Relevance 3/10)
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Pins - Taper - Metric - Extractable - Internal Thread (Relevance 3/10)
1:50 Taper.
DIN 7978. Mild Steel.
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Linear Drive Systems - Ballscrew | |
Screws - Ball - 16mm Nuts - Bush Type (Relevance 3/10)
Antibacklash. Repeatability <0.01mm, accuracy <0.1mm/300mm when used with our screws. Hardened ground and polished Cf53 steel.
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Materials | |
Hexagonal Bar - 303 Stainless (Relevance 3/10)
Corrosion resistant 303 grade stainless.
Saw Cut Ends. Small A/F sizes may not be perfectly straight.
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Hexagonal Bar - Brass (Relevance 3/10)
Saw Cut Ends. Some items may be available in longer or shorter lengths. e-mail sales@smallparts.com.au with enquiries. Small A/F sizes may not be perfectly straight.
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Hexagonal Bar - Carbon Steel (Relevance 3/10)
Saw Cut Ends. Small A/F sizes may not be perfectly straight.
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Worms and Worm Gears | |
Worm Gears - 24 Pitch (Series 1) - Metallic (Relevance 3/10)
Worms and Gears must be chosen from the same pitch and series to match.
14.5 Degree Pressure Angle - 4.77 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.
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Worm Gears - 32 Pitch (Series 1) - Metallic (Relevance 3/10)
Worms and Gears must be chosen from the same pitch and series to match.
14.5 Degree Pressure Angle - 4.08 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.
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Worm Gears - 32 Pitch (Series 3) - Metallic (Relevance 3/10)
Worms and Gears must be chosen from the same pitch and series to match.
25 Degree Pressure Angle - 15.95 Degree Lead Angle - 4 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.
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Worm Gears - 48 Pitch (Series 1) - Metallic (Relevance 3/10)
Worms and Gears must be chosen from the same pitch and series to match.
14.5 Degree Pressure Angle - 3.35 Degree Lead Angle - 1 Lead. Includes anti-backlash series. 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.
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Worm Gears - 48 Pitch (Series 2) - Metallic (Relevance 3/10)
Worms and Gears must be chosen from the same pitch and series to match.
14.5 Degree Pressure Angle - 4.08 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.
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Worm Gears - 48 Pitch (Series 6) - Metallic (Relevance 3/10)
Worms and Gears must be chosen from the same pitch and series to match.
25 Degree Pressure Angle - 14.2 Degree Lead Angle - 4 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.
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Worm Gears - 64 Pitch (Series 1) - Metallic (Relevance 3/10)
Worms and Gears must be chosen from the same pitch and series to match.
14.5 Degree Pressure Angle - 1.78 Degree Lead Angle - 1 Lead. Includes anti-backlash series. 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.
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Worm Gears - Module 0.5 (Series 1) - Metallic (Relevance 3/10)
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.
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Worm Gears - Module 1 (Series 1) - Plastic and Metallic - Left Hand (Relevance 3/10)
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.
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Worm Gears - Module 1 (Series 1) - Plastic and Metallic - Right Hand (Relevance 3/10)
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.
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Worm Gears - Module 1 (Series 2) - Plastic Gear and Metallic Worm (Relevance 3/10)
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.
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Worm Gears - Module 2 (Series 4) - Plastic Gear and Metallic Worm (Relevance 3/10)
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.
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Worm Gears - Module 2.5 (Series 1) - Plastic and Metallic - Right Hand (Relevance 3/10)
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.
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Worms - 24 Pitch (Series 1) - Metallic (Relevance 3/10)
Worms and Gears must be chosen from the same pitch and series to match.
14.5 Degree Pressure Angle - 4.77 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.
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Worms - 32 Pitch (Series 1) - Metallic (Relevance 3/10)
Worms and Gears must be chosen from the same pitch and series to match.
14.5 Degree Pressure Angle - 4.08 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.
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Worms - 32 Pitch (Series 3) - Metallic (Relevance 3/10)
Worms and Gears must be chosen from the same pitch and series to match.
25 Degree Pressure Angle - 15.95 Degree Lead Angle - 4 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.
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Worms - 48 Pitch (Series 1) - Metallic (Relevance 3/10)
Worms and Gears must be chosen from the same pitch and series to match.
14.5 Degree Pressure Angle - 3.35 Degree Lead Angle - 1 Lead. Includes anti-backlash series. 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.
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Worms - 48 Pitch (Series 5) - Metallic (Relevance 3/10)
Worms and Gears must be chosen from the same pitch and series to match.
25 Degree Pressure Angle - 14.2 Degree Lead Angle - 4 Lead. Includes anti-backlash series. 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.
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Worms - 64 Pitch (Series 1) - Metallic (Relevance 3/10)
Worms and Gears must be chosen from the same pitch and series to match.
14.5 Degree Pressure Angle - 1.78 Degree Lead Angle - 1 Lead. Includes anti-backlash series. 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.
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Worms - Module 0.5 (Series 1) - Metallic (Relevance 3/10)
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.
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Worms - Module 1 (Series 1) - Plastic and Metallic - Right Hand (Relevance 3/10)
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.
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Worms - Module 1 (Series 2) - Plastic Gear and Metallic Worm (Relevance 3/10)
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.
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Worms - Module 2 (Series 4) - Plastic Gear and Metallic Worm (Relevance 3/10)
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.
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Worms - Module 2.5 (Series 1) - Plastic and Metallic - Right Hand (Relevance 3/10)
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.
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Belts | |
Belts - Timing - 2.000mm Pitch - GT - 3mm Wide (Relevance 1/10)
GT Series Metric Timing Belts.
Pitch (P) - 2mm. Tooth Height (H) - 0.76mm. Belt Height (W) - 1.52mm. TRUE METRIC is a trademark of Designatronics. Breaking strength is not indicative of working strength.
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Belts - Timing - 2.000mm Pitch - GT - 6mm Wide (Relevance 1/10)
GT Series Metric Timing Belts.
Pitch (P) - 2mm. Tooth Height (H) - 0.76mm. Belt Height (W) - 1.52mm. TRUE METRIC is a trademark of Designatronics. Breaking strength is not indicative of working strength.
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Belts - Timing - 2.000mm Pitch - GT - 9mm Wide (Relevance 1/10)
GT Series Metric Timing Belts.
Pitch (P) - 2mm. Tooth Height (H) - 0.76mm. Belt Height (W) - 1.52mm. TRUE METRIC is a trademark of Designatronics. Breaking strength is not indicative of working strength.
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Belts - Timing - 2.500mm Pitch - T2.5 (Relevance 1/10)
T Series Metric Timing Belts.
Pitch (P) - 2.500mm. Tooth Length (T) - 1.50mm. Tooth Height (H) - 0.70mm. Belt Height (W) - 1.30mm - Corner Radii ( r ) - 0.20mm. Breaking strength is not indicative of working strength.
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Belts - Timing - 3.000mm Pitch - GT - 6mm Wide (Relevance 1/10)
GT Series Metric Timing Belts.
Pitch (P) - 3.000mm. Tooth Height (H) - 1.14mm. Belt Height (W) - 2.41mm. TRUE METRIC is a trademark of Designatronics. Breaking strength is not indicative of working strength.
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Belts - Timing - 3.000mm Pitch - GT - 9mm Wide (Relevance 1/10)
GT Series Metric Timing Belts.
Pitch (P) - 3.000mm. Tooth Height (H) - 1.14mm. Belt Height (W) - 2.41mm. TRUE METRIC is a trademark of Designatronics. Breaking strength is not indicative of working strength.
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Belts - Timing - 3.000mm Pitch - HTD (Relevance 1/10)
HTD Series Metric Timing Belts.
Pitch (P) - 3.000mm. Tooth Height (H) - 1.22mm. Belt Height (W) - 2.41mm. Breaking strength is not indicative of working strength.
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Belts - Timing - 5.000mm Pitch - HTD (Relevance 1/10)
HTD Series Metric Timing Belts.
Pitch (P) - 5.000mm. Tooth Height (H) - 2.08mm. Belt Height (W) - 3.81mm. Breaking strength is not indicative of working strength.
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Belts - Timing - 5.000mm Pitch - T5 (Relevance 1/10)
T Series Metric Timing Belts.
Pitch (P) - 5.000mm. Tooth Length (T) - 1.40mm. Tooth Height (H) - 1.20mm. Belt Height (W) - 2.20mm - Corner Radii ( r ) - 0.40mm. Breaking strength is not indicative of working strength.
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Clamping and Locking | |
Collars - Shaft - With Integral Shim (Relevance 1/10)
Bore tolerance (+0.003/+0.013). Imperial Collars have undersized tolerances. Metric Collars have oversized tolerances.
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Reducers - Bore (Relevance 1/10)
Inch to Metric / Inch to Inch / Metric to Metric.
S = Recommended set screw positions. C = Recommended position for single set screw fastening. T = Recommended position for tangential screw in clamp hub.
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Shaftloc-tm Simple Type M (Relevance 1/10)
Simple effective way to lock components onto shafts.
Passivated 416 Stainless Steel Simple two part screw together system locks parts securely to shaft. Asymetric thread geometry produces a large radial clamping force when the nut is tightened Precision, dynamically balanced and suitable for high speed applications. Diameters A and B concentric within 0.013 T.I.R. Tightening the nut causes slotted sleeve to contract, gripping the shaft and clamping the component to the sleeve.
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Shaftloc-tm Sleeves - Single Ended (Relevance 1/10)
Simple effective way to lock components onto shafts.
416 Stainless Steel Simple two part screw together system locks parts securely to shaft. Asymetric thread geometry produces a large radial clamping force when the nut is tightened
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Fasteners | |
Locknuts (Relevance 1/10)
Nut Body: Low Carbon Steel. Locking Insert: Stainless Steel Hardness HB 201-269.
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Pins - Hammer Drive - Flat Head (Relevance 1/10)
Used to replace screws where the need to remove the pin is unlikely.
Low Carbon Steel (Series HP210) - self-colour, not plated cold formed pin. Simple, low cost assembly for use in mild steel, aluminium, brass or plastics. Secure - unlike a machine screw, a drive stud does not depend on tightening torque to be retained in the assembly. Drive studs do not require lock washers to prevent back-out. Designed for standard metric hole sizes and installation by hammer or press. Cold formed pins with helical knurls.
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Pins - Hammer Drive - Round Head (Relevance 1/10)
Used to replace screws where the need to remove the pin is unlikely.
Low Carbon Steel (Series HP210) - self-colour, not plated cold formed pin. Simple, low cost assembly for use in mild steel, aluminium, brass or plastics. Secure - unlike a machine screw, a drive stud does not depend on tightening torque to be retained in the assembly. Drive studs do not require lock washers to prevent back-out. Designed for standard metric hole sizes and installation by hammer or press. Cold formed pins with helical knurls.
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Screws - Hex Head - Plastic (Relevance 1/10)
UNC - UNF - METRIC - Nylon and PVC.
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Screws - Hex Head - Steel (Relevance 1/10)
UNC - UNF - METRIC - Bolts and Set Screws.
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Screws - Large Shallow Head (Relevance 1/10)
UNC - UNF - METRIC - Various Materials.
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Screws - Machine - Aluminium (Relevance 1/10)
Metal Thread Screws UNC.
Nuts sold separately - See Fasteners - Nuts.
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Screws - Machine - Brass (Relevance 1/10)
Metal Thread Screws UNC - UNF - BA - METRIC - Pan, cheese, fillister and round head.
Nuts sold seperately - See Nuts.
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Screws - Machine - Brass - Countersunk Head (Relevance 1/10)
Flat Head Countersunk UNC - UNF - BA - METRIC - Various Head Types.
Nuts sold seperately - See Nuts.
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Screws - Machine - Nylon (Relevance 1/10)
UNC / UNF / Metric. Pan head, cheese head, binder head.
Non Conductive. Non Corrosive. Non Magnetic. Lightweight. Vibration Resistant.
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Screws - Machine - PEEK - Pan Head (Relevance 1/10)
PEEK is a super-engineering thermoplastic used for its special physical and chemical characteristics. Excellent resistance to chemicals, water, abrasion, shock, fatigue, radiation, heat, etc. PEEK is registered trademark of Vitre™.
Excellent chemical resistance, impenetrable by most chemicals with the exception of concentrated sulphuric acid. Excellent thermal and water resistance; maintains high heat-resistance strength. Excellent abrasion, shock and fatigue resistance. Excellent radiation resistance and electrical properties. Heat-resistant temperature: 180 Degrees Celcius (UL approved temperature). Excellent flame-resistance cleared by UL standard 94V-0. Useful for hot-water pumps, chemical pumps, chemical-resistant applications such as FPD (Flat Panel Display) and semiconductor production equipment/devices, printed circuit board etching devices, metal plating equipment and chemical plants. Use with a nut to compensate for thread moulding pitch errors. When a nut is not used, it is recommended that the overlap of mating screw threads be shorter than 20mm. For further information on the special properties of plastic screws and cautions concerning their use, please contact sales.
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Screws - Machine - Stainless Steel (Relevance 1/10)
Metal Thread Screws UNC - UNF - METRIC - Pan, cheese, fillister and round head.
Nuts sold seperately - See Nuts.
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Screws - Machine - Stainless Steel - Countersunk Head (Relevance 1/10)
Flat Head Countersunk UNC - UNF - METRIC.
Nuts sold seperately - See Nuts.
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Screws - Machine - Steel (Relevance 1/10)
Metal Thread Screws UNC - UNF - BA - METRIC - Zinc Plated and Plain - Pan, cheese, fillister and round head.
Nuts sold seperately - See Nuts.
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Screws - Machine - Steel - Countersunk Head (Relevance 1/10)
Flat Head Countersunk UNC - UNF - BA - METRIC - Plain and Zinc Plated - Various Head Types.
Nuts sold seperately - See Nuts.
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Screws - Machine - Titanium CP1 (Relevance 1/10)
Metal Thread Screws - Metric. CP Grade 1 Titanium.
Nuts sold seperately - See Nuts. CP Grade 1. Commercially pure for general industrial corrosion applications. UNS R50250.
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Screws - Machine - Titanium CP1 - Countersunk Head (Relevance 1/10)
Flat Head Countersunk. CP Grade 1 Titanium.
Nuts sold seperately - See Nuts. CP Grade 1. Commercially pure for general industrial corrosion applications. UNS R50250.
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Screws - Socket - Button - Alloy Steel (Relevance 1/10)
UNC - UNF - METRIC.
Imperial Sizes to ANSI B18.3. Metric Sizes to DIN7380.
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Screws - Socket - Button - Aluminium (Relevance 1/10)
Variety of colours available.
Other colours available on request. Minimum quantities will apply. Metric Sizes to DIN7380.
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Screws - Socket - Button - Stainless Steel (Relevance 1/10)
UNC - UNF - METRIC.
Imperial Sizes to ANSI B18.3. Metric Sizes to DIN7380.
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Screws - Socket - Button - Zinc Plated (Relevance 1/10)
UNC - UNF - METRIC.
Imperial Sizes to ANSI B18.3. Metric Sizes to DIN7380.
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Screws - Socket - Cap - Alloy Steel (Relevance 1/10)
UNC - UNF - METRIC - Alloy Steel.
Imperial Sizes to ANSI B18.3. Metric Sizes to DIN912.
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Screws - Socket - Cap - Aluminium (Relevance 1/10)
Variety of colours available.
Other colours available on request. Minimum quantities will apply. Metric Sizes to DIN912.
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Screws - Socket - Cap - Nylon (Relevance 1/10)
UNC - UNF - METRIC - Non Conductive - Non Magnetic.
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Screws - Socket - Cap - Stainless (Relevance 1/10)
UNC - UNF - METRIC - Stainless Steel.
Imperial Sizes to ANSI B18.3. Metric Sizes to DIN912.
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Screws - Socket - Cap - Titanium (Relevance 1/10)
METRIC. CP Grade 1.
CP Grade 1. Commercially pure for general industrial corrosion applications. UNS R50250. Metric Sizes to DIN912.
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Screws - Socket - Cap - Zinc Plated (Relevance 1/10)
UNC - UNF - METRIC - Alloy Steel.
Imperial Sizes to ANSI B18.3. Metric Sizes to DIN912.
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Screws - Socket - Countersunk - Aluminium (Relevance 1/10)
Flat Head Countersunk UNC - UNF - METRIC.
Imperial Sizes to ANSI B18.3. Metric Sizes to DIN7991.
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Screws - Socket - Countersunk - Stainless Steel (Relevance 1/10)
Flat Head Countersunk UNC - UNF - METRIC - Alloy Steel - Stainless Steel.
Imperial Sizes to ANSI B18.3. Metric Sizes to DIN7991.
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Screws - Socket - Countersunk - Steel (Relevance 1/10)
Flat Head Countersunk UNC - UNF - METRIC - Alloy Steel - Stainless Steel.
Imperial Sizes to ANSI B18.3. Metric Sizes to DIN7991.
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Socket Set Screws - Cup Point - Standard (Relevance 1/10)
Standard grub screws. Includes alloy steel and stainless steel. UNC - UNF - BA - METRIC.
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Threaded Rod - Allthread - Brass (Relevance 1/10)
UNC - UNF - METRIC brass.
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Threaded Rod - Allthread - Plastic (Relevance 1/10)
UNC - UNF - METRIC - Nylon and PVC.
Light Weight. Non Corrosive. Vibration Resistant.
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Threaded Rod - Allthread - Stainless Steel (Relevance 1/10)
UNC - UNF - METRIC - 303, 304 and 316 grades.
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Threaded Rod - Allthread - Steel (Relevance 1/10)
UNC - UNF - METRIC - BSW - Includes plain and zinc plated, mild steel and high tensile.
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Gears and Gearing | |
Gears - Racks - 24 Pitch - 14.5 Degree (Relevance 1/10)
14.5 Degree Pressure Angle. Brass, carbon steel and nylon.
Plastic and metallic.
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Gears - Racks - 24 Pitch - 20 Degree (Relevance 1/10)
20 Degree Pressure Angle. 416 stainless steel and aluminium.
Metallic.
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Gears - Racks - 32 Pitch - 14.5 Degree (Relevance 1/10)
14.5 Degree Pressure Angle. Brass, carbon steel and nylon.
Plastic and metallic.
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Gears - Racks - 48 Pitch - 14.5 Degree (Relevance 1/10)
14.5 Degree Pressure Angle. Brass, carbon steel and nylon.
Plastic and metallic.
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Gears - Racks - 64 Pitch (Relevance 1/10)
20 Degree Pressure Angle. 416 stainless steel and aluminium.
Metallic.
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Gears - Racks - 72 Pitch (Relevance 1/10)
20 Degree Pressure Angle. 416 stainless steel and aluminium.
Metallic.
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Gears - Racks - 96 Pitch (Relevance 1/10)
20 Degree Pressure Angle. 416 stainless steel and aluminium.
Metallic.
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Gears - Racks - 120 Pitch (Relevance 1/10)
20 Degree Pressure Angle. 416 stainless steel and aluminium.
Metallic.
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Gears - Racks - Module 0.4 (Relevance 1/10)
20 Degree Pressure Angle. Brass, carbon steel and nylon.
Plastic and metallic.
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Gears - Racks - Module 0.5 (Relevance 1/10)
20 Degree Pressure Angle. Brass, carbon steel, stainless steel, acetal and nylon.
Plastic and metallic.
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Gears - Racks - Module 0.75 (Relevance 1/10)
20 Degree Pressure Angle. Brass and stainless steel.
Metallic.
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Gears - Racks - Module 0.8 (Relevance 1/10)
20 Degree Pressure Angle. Brass, carbon steel, stainless steel, acetal and nylon.
Plastic and metallic.
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Gears - Racks - Module 1 (Relevance 1/10)
20 Degree Pressure Angle. Brass, carbon steel, stainless steel, acetal and nylon.
Plastic and metallic.
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Gears - Racks - Module 1.5 (Relevance 1/10)
20 Degree Pressure Angle. Carbon steel, stainless steel, acetal and nylon.
Plastic and metallic.
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Gears - Racks - Module 2 (Relevance 1/10)
20 Degree Pressure Angle. Carbon steel, acetal and nylon.
Plastic and metallic.
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Gears - Racks - Module 3 (Relevance 1/10)
20 Degree Pressure Angle. Carbon steel, acetal and nylon.
Plastic and metallic.
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Gears - Spur - 24 Pitch - 14.5 Degree (Relevance 1/10)
PCD = No. of Teeth x 1.058mm (1/24 in.). 14.5 Degree Pressure Angle. Nylon, brass and carbon steel.
Plastic and metallic. Fairloc Hub Type require controlled shaft tolerances between 0.0025 and 0.0203 mm Clearance.
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Gears - Spur - 24 Pitch - 20 Degree (Relevance 1/10)
PCD = No. of Teeth x 1.058mm (1/24 in.). 20 Degree Pressure Angle. 2024 aluminium, brass, acetal, 303 stainless steel, nylon, bakelite and alloy steel.
Plastic and metallic. Fairloc Hub Type require controlled shaft tolerances between 0.0025 and 0.0203 mm Clearance.
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Gears - Spur - 24 Pitch - Hub Mounting (Relevance 1/10)
Suits hub and cluster gears 9.525mm (3/8) mounting diameter as listed on this site. Aluminium, stainless steel and acetal.
Plastic and metallic.
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Gears - Spur - 24 Pitch - Stem (Relevance 1/10)
303 stainless steel.
Metallic.
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Gears - Spur - 32 Pitch - 14.5 Degree (Relevance 1/10)
PCD = No. of Teeth x 0.794mm (1/32 in.). 14.5 Degree Pressure Angle. 5052 aluminium, brass, carbon steel and nylon.
Plastic and metallic. Fairloc Hub Type require controlled shaft tolerances between 0.0025 and 0.0203 mm Clearance.
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Gears - Spur - 32 Pitch - 20 Degree (Relevance 1/10)
PCD = No. of Teeth x 0.794mm (1/32 in.). 20 Degree Pressure Angle. 2024 aluminium, 303 stainless steel, acetal, bakelite, brass, carbon steel and nylon.
Plastic and metallic. Fairloc Hub Type require controlled shaft tolerances between 0.0025 and 0.0203 mm Clearance.
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Gears - Spur - 32 Pitch - Hub Mounting (Relevance 1/10)
Suits hub and cluster gears 9.525mm (3/8) mounting diameter as listed on this site. Aluminium, stainless steel and acetal.
Plastic and metallic.
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Gears - Spur - 48 Pitch - 14.5 Degree (Relevance 1/10)
PCD = No. of Teeth x 0.529mm (1/48 in.). 14.5 Degree Pressure Angle. 5052 aluminium, brass, carbon steel and nylon.
Plastic and metallic. Fairloc Hub Type require controlled shaft tolerances between 0.0025 and 0.0203 mm Clearance.
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Gears - Spur - 48 Pitch - 20 Degree (Relevance 1/10)
PCD = No. of Teeth x 0.529mm (1/48 in.). 20 Degree Pressure Angle. 2024 and 5052 aluminium, 303 stainless steel, acetal, brass and nylon.
Plastic and metallic. Fairloc Hub Type require controlled shaft tolerances between 0.0025 and 0.0203 mm Clearance.
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Gears - Spur - 48 Pitch - Hub Mounting (Relevance 1/10)
Suits hub and cluster gears 9.525mm (3/8) mounting diameter as listed on this site. Aluminium, stainless steel and acetal.
Plastic and metallic.
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Gears - Spur - 64 Pitch (Relevance 1/10)
PCD = No. of Teeth x 0.397mm (1/64 in.). 20 Degree Pressure Angle. 5052 aluminium, stainless steel, acetal and brass.
Plastic and metallic. Fairloc Hub Type require controlled shaft tolerances between 0.0025 and 0.0203 mm Clearance.
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Gears - Spur - 72 Pitch (Relevance 1/10)
PCD = No. of Teeth x 0.353mm (1/72 in.). 20 Degree Pressure Angle. 2024 aluminium, stainless steel and acetal.
Plastic and metallic. Fairloc Hub Type require controlled shaft tolerances between 0.0025 and 0.0203 mm Clearance.
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Gears - Spur - 72 Pitch - Differential End (Relevance 1/10)
To suit the precision diffs listed on this site. 2024 aluminium and 303 stainless steel.
Metallic.
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Gears - Spur - 72 Pitch - Stem (Relevance 1/10)
303 stainless steel.
Metallic.
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Gears - Spur - Module 0.15 (Relevance 1/10)
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.
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Gears - Spur - Module 0.25 (Relevance 1/10)
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.
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