Tools Bending
For general hobby applications. Wire crimping and wire bending tools. Spring winder and spring looping.
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Power Tool Parts
Bearings and Spare Parts
Where alternative parts are offered, we make no claims as to their suitability. Selection of the most suitable bearings and parts is the responsibility of the customer. We recommend you replace bearings with the same type if that type is working well. High speed caged bearings are better suited to handle vibration than standard caged bearings.
Bearings and Spare Parts
Where alternative parts are offered, we make no claims as to their suitability. Selection of the most suitable bearings and parts is the responsibility of the customer. We recommend you replace bearings with the same type if that type is working well. High speed caged bearings are better suited to handle vibration than standard caged bearings.
Bearings and Spare Parts
Where alternative parts are offered, we make no claims as to their suitability. Selection of the most suitable bearings and parts is the responsibility of the customer. We recommend you replace bearings with the same type if that type is working well. High speed caged bearings are better suited to handle vibration than standard caged bearings.
Bearings and Spare Parts
Where alternative parts are offered, we make no claims as to their suitability. Selection of the most suitable bearings and parts is the responsibility of the customer. We recommend you replace bearings with the same type if that type is working well. High speed caged bearings are better suited to handle vibration than standard caged bearings.
Bearings and Spare Parts
Where alternative parts are offered, we make no claims as to their suitability. Selection of the most suitable bearings and parts is the responsibility of the customer. We recommend you replace bearings with the same type if that type is working well. High speed caged bearings are better suited to handle vibration than standard caged bearings.
Bearings and Spare Parts
Where alternative parts are offered, we make no claims as to their suitability. Selection of the most suitable bearings and parts is the responsibility of the customer. We recommend you replace bearings with the same type if that type is working well. High speed caged bearings are better suited to handle vibration than standard caged bearings.
Bearings and Spare Parts
Where alternative parts are offered, we make no claims as to their suitability. Selection of the most suitable bearings and parts is the responsibility of the customer. We recommend you replace bearings with the same type if that type is working well. High speed caged bearings are better suited to handle vibration than standard caged bearings.
Bearings and Spare Parts
Where alternative parts are offered, we make no claims as to their suitability. Selection of the most suitable bearings and parts is the responsibility of the customer. We recommend you replace bearings with the same type if that type is working well. High speed caged bearings are better suited to handle vibration than standard caged bearings.
Bearings and Spare Parts
Where alternative parts are offered, we make no claims as to their suitability. Selection of the most suitable bearings and parts is the responsibility of the customer. We recommend you replace bearings with the same type if that type is working well. High speed caged bearings are better suited to handle vibration than standard caged bearings.
Bearings and Spare Parts
Where alternative parts are offered, we make no claims as to their suitability. Selection of the most suitable bearings and parts is the responsibility of the customer. We recommend you replace bearings with the same type if that type is working well. High speed caged bearings are better suited to handle vibration than standard caged bearings.
Recoil inserts are screwed directly into an enlarged tapped hole. A tap and installation tool is included with these kits.
Stainless inserts. Contents: Ground intermediate (2nd) tap. Inserts. Installation/tang break off tool. Full instructions. Manufactured to BS 4377 BS 3049 parts 1 & 2. Recoil helically-wound thread inserts are formed from 18-8 (Type 304) Stainless Steel. The wire in most sizes has a tensile strength of greater than 200,000 P.S.I. and a finish better than 32 micro inches.
Ultimate strength 145kg. Working strength 120kg.
Strike needs to be ordered separately.
Ultimate strength 660kg. Working strength 265kg.
Heavy Duty.
Linear sliding motion. Use with Drylin Aluminium Shafts.
Sliding film Iglidur J. Maximum Mean Surface Pressure: 25 N/mm2. Highest Wear Resistance at loads: Less than 2 N/mm2. Maximum Speed: 8 m/s (dry) Greater than 10 m/s (lubricated) 1.5 m/s (rotating dry). Working Temp. Range: -60oC to +100oC (increased wear when used in excess of 80oC).
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From compact 6mm diameter 0.15Nm Working Torque to 40mm diameter 8.3Nm Working Torque. Reli-a-flex(R).
Aluminium Alloy 7075-T6. Zero backlash, one piece construction. Maximises torsional stiffness without inducing high bearing loads. Over 50,000,000 test cycles at rated load and 80 percent offset without failure. Maintenance Free. Recommended temperature range minus 80 oC to plus 80 Deg C.
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From compact 6mm diameter 0.15Nm Working Torque to 40mm diameter 8.3Nm Working Torque. Reli-a-flex(R).
Aluminium Alloy 7075-T6. Zero backlash, one piece construction. Maximises torsional stiffness without inducing high bearing loads. Over 50,000,000 test cycles at rated load and 80 percent offset without failure. Maintenance Free. Recommended temperature range minus 80 oC to plus 80 Deg C.
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From compact 6mm diameter 0.15Nm Working Torque to 40mm diameter 8.3Nm Working Torque. Reli-a-flex(R).
Aluminium Alloy 7075-T6. Zero backlash, one piece construction. Maximises torsional stiffness without inducing high bearing loads. Over 50,000,000 test cycles at rated load and 80 percent offset without failure. Maintenance Free. Recommended temperature range minus 80 oC to plus 80 Deg C.
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Wear resistant helping to prevent wear deposits in the lubricating oil after long working periods. Designed for use in oil pumps and dampers.
Operating Temperature -200o to 280o Celsius. Maximum load 250N/mm2. Low static and dynamic friction coefficient, Suitable for sliding, oscillating, reiprocating and rotating applications. High reistance to be cavitation and flow erosion damage of the polymer bearing surface by the lubricant, Excellent wear resistant. Also suitable for use with non-lubricating fluids and in light duty unlubricated applications, Lead free. Speed Limit in oil 3 metres surface speed per second.
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Wear resistant helping to prevent wear deposits in the lubricating oil after long working periods. Designed for use in oil pumps and dampers.
Operating Temperature -200o to 280o Celsius. Maximum load 250N/mm2. Low static and dynamic friction coefficient, Suitable for sliding, oscillating, reiprocating and rotating applications. High reistance to be cavitation and flow erosion damage of the polymer bearing surface by the lubricant, Excellent wear resistant. Also suitable for use with non-lubricating fluids and in light duty unlubricated applications, Lead free. Speed Limit in oil 3 metres surface speed per second.
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HTD Series Metric Timing Belts.
Pitch (P) - 3.000mm. Belts working load should be rated at approximately 1/15th of their ultimate breaking strength. Tooth Height (H) - 1.22mm. Belt Height (W) - 2.41mm. Breaking strength is not indicative of working strength.
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HTD Series Metric Timing Belts.
Pitch (P) - 5.000mm. Belts working load should be rated at approximately 1/15th of their ultimate breaking strength. Tooth Height (H) - 2.08mm. Belt Height (W) - 3.81mm. Breaking strength is not indicative of working strength.
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HTD Series Metric Timing Belts.
Pitch (P) - 5.000mm. Belts working load should be rated at approximately 1/15th of their ultimate breaking strength. Tooth Height (H) - 2.08mm. Belt Height (W) - 3.81mm. Breaking strength is not indicative of working strength.
Related Information:
HTD Series Metric Timing Belts.
Pitch (P) - 5.000mm. Belts working load should be rated at approximately 1/15th of their ultimate breaking strength. Tooth Height (H) - 2.08mm. Belt Height (W) - 3.81mm. Breaking strength is not indicative of working strength.
Related Information:
HTD Series Metric Timing Belts.
Pitch (P) - 5.000mm. Belts working load should be rated at approximately 1/15th of their ultimate breaking strength. Tooth Height (H) - 2.08mm. Belt Height (W) - 3.81mm. Breaking strength is not indicative of working strength.
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T Series Metric Timing Belts.
Pitch (P) - 10.000mm. Belts working load should be rated at approximately 1/15th of their ultimate breaking strength. Tooth Length (T) - 3.25mm. Tooth Height (H) - 2.50mm. Belt Height (W) - 4.50mm - Corner Radii ( r )- 0.60mm. Breaking strength is not indicative of working strength.
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T Series Metric Timing Belts.
Pitch (P) - 10.000mm. Belts working load should be rated at approximately 1/15th of their ultimate breaking strength. Tooth Length (T) - 3.25mm. Tooth Height (H) - 2.50mm. Belt Height (W) - 4.50mm - Corner Radii ( r )- 0.60mm. Breaking strength is not indicative of working strength.
Related Information:
T Series Metric Timing Belts.
Pitch (P) - 10.000mm. Belts working load should be rated at approximately 1/15th of their ultimate breaking strength. Tooth Length (T) - 3.25mm. Tooth Height (H) - 2.50mm. Belt Height (W) - 4.50mm - Corner Radii ( r )- 0.60mm. Breaking strength is not indicative of working strength.
Related Information:
T Series Metric Timing Belts.
Pitch (P) - 10.000mm. Belts working load should be rated at approximately 1/15th of their ultimate breaking strength. Tooth Length (T) - 3.25mm. Tooth Height (H) - 2.50mm. Belt Height (W) - 4.50mm - Corner Radii ( r )- 0.60mm. Breaking strength is not indicative of working strength.
Related Information:
T Series Metric Timing Belts.
Pitch (P) - 10.000mm. Belts working load should be rated at approximately 1/15th of their ultimate breaking strength. Tooth Length (T) - 3.25mm. Tooth Height (H) - 2.50mm. Belt Height (W) - 4.50mm - Corner Radii ( r )- 0.60mm. Breaking strength is not indicative of working strength.
Related Information:
T Series Metric Timing Belts.
Pitch (P) - 10.000mm. Belts working load should be rated at approximately 1/15th of their ultimate breaking strength. Tooth Length (T) - 3.25mm. Tooth Height (H) - 2.50mm. Belt Height (W) - 4.50mm - Corner Radii ( r )- 0.60mm. Breaking strength is not indicative of working strength.
Related Information:
T Series Metric Timing Belts.
Pitch (P) - 10.000mm. Belts working load should be rated at approximately 1/15th of their ultimate breaking strength. Tooth Length (T) - 3.25mm. Tooth Height (H) - 2.50mm. Belt Height (W) - 4.50mm - Corner Radii ( r )- 0.60mm. Breaking strength is not indicative of working strength.
Related Information:
T Series Metric Timing Belts.
Pitch (P) - 2.500mm. Belts working load should be rated at approximately 1/15th of their ultimate breaking strength. 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.
Related Information:
T Series Metric Timing Belts.
Pitch (P) - 2.500mm. Belts working load should be rated at approximately 1/15th of their ultimate breaking strength. 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.
Related Information:
T Series Metric Timing Belts.
Pitch (P) - 2.500mm. Belts working load should be rated at approximately 1/15th of their ultimate breaking strength. 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.
Related Information:
T Series Metric Timing Belts.
Pitch (P) - 2.500mm. Belts working load should be rated at approximately 1/15th of their ultimate breaking strength. 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.
Related Information:
T Series Metric Timing Belts.
Pitch (P) - 2.500mm. Belts working load should be rated at approximately 1/15th of their ultimate breaking strength. 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.
Related Information:
T Series Metric Timing Belts.
Pitch (P) - 2.500mm. Belts working load should be rated at approximately 1/15th of their ultimate breaking strength. 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.
Related Information:
T Series Metric Timing Belts.
Pitch (P) - 5.000mm. Belts working load should be rated at approximately 1/15th of their ultimate breaking strength. Tooth Length (T) - 2.65mm. Tooth Height (H) - 1.20mm. Belt Height (W) - 2.20mm - Corner Radii ( r ) - 0.40mm. Breaking strength is not indicative of working strength.
Related Information:
T Series Metric Timing Belts.
Pitch (P) - 5.000mm. Belts working load should be rated at approximately 1/15th of their ultimate breaking strength. Tooth Length (T) - 2.65mm. Tooth Height (H) - 1.20mm. Belt Height (W) - 2.20mm - Corner Radii ( r ) - 0.40mm. Breaking strength is not indicative of working strength.
Related Information:
T Series Metric Timing Belts.
Pitch (P) - 5.000mm. Belts working load should be rated at approximately 1/15th of their ultimate breaking strength. Tooth Length (T) - 2.65mm. Tooth Height (H) - 1.20mm. Belt Height (W) - 2.20mm - Corner Radii ( r ) - 0.40mm. Breaking strength is not indicative of working strength.
Related Information:
T Series Metric Timing Belts.
Pitch (P) - 5.000mm. Belts working load should be rated at approximately 1/15th of their ultimate breaking strength. Tooth Length (T) - 2.65mm. Tooth Height (H) - 1.20mm. Belt Height (W) - 2.20mm - Corner Radii ( r ) - 0.40mm. Breaking strength is not indicative of working strength.
Related Information:
T Series Metric Timing Belts.
Pitch (P) - 5.000mm. Belts working load should be rated at approximately 1/15th of their ultimate breaking strength. Tooth Length (T) - 2.65mm. Tooth Height (H) - 1.20mm. Belt Height (W) - 2.20mm - Corner Radii ( r ) - 0.40mm. Breaking strength is not indicative of working strength.
Related Information:
T Series Metric Timing Belts.
Pitch (P) - 5.000mm. Belts working load should be rated at approximately 1/15th of their ultimate breaking strength. Tooth Length (T) - 2.65mm. Tooth Height (H) - 1.20mm. Belt Height (W) - 2.20mm - Corner Radii ( r ) - 0.40mm. Breaking strength is not indicative of working strength.
Related Information:
T Series Metric Timing Belts.
Pitch (P) - 5.000mm. Belts working load should be rated at approximately 1/15th of their ultimate breaking strength. Tooth Length (T) - 2.65mm. Tooth Height (H) - 1.20mm. Belt Height (W) - 2.20mm - Corner Radii ( r ) - 0.40mm. Breaking strength is not indicative of working strength.
Related Information:
T Series Metric Timing Belts.
Pitch (P) - 5.000mm. Belts working load should be rated at approximately 1/15th of their ultimate breaking strength. Tooth Length (T) - 2.65mm. 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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GT2 Series Metric Timing Belts
Pitch (P) - 14.000mm. Breaking strength is not indicative of working strength.
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GT2 Series Metric Timing Belts
Pitch (P) - 14.000mm. Breaking strength is not indicative of working strength.
Related Information:
GT2 Series Metric Timing Belts
Pitch (P) - 14.000mm. Breaking strength is not indicative of working strength.
Related Information:
GT2 Series Metric Timing Belts
Pitch (P) - 14.000mm. Breaking strength is not indicative of working strength.
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