Belts include a tensile cord, most suited for industrial or adjustable applications
Poly Vee are ideal for high ratio and high speed drives. J Section polyvee is 2.34mm pitch and 3.56mm belt height. Note, this series is not a strechable type of belt. The belt width wll be determined by the number of ribs x the pitch. This category may be available in the new MBA online store at
Belts - Poly V - J Section.
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Use with QD bush to suit your bore requirement
Poly V drives are ideal for high ratio drives and high speed. J Section is 2.34mm pitch and 3.56mm belt height. This category may be available in the new MBA online store at
Pulleys - Poly V - J Section - QD Bush.
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DIN7993A / RW / BN825. Retaining rings. Snap Rings (USA). Round section circlips.
Round section wire rings are mostly used in semicircular grooves. Applications include gear systems, automotive engineering and open gudgeon pins. This category may be available in the new MBA online store at
Wire Rings - External - Round Section.
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Includes DIN7993B / RB / M1700 / BN826. Retaining rings. Snap Rings (USA). Round section circlips.
Round section wire rings are mostly used in semicircular grooves. Applications include gear systems, automotive engineering and open gudgeon pins. This category may be available in the new MBA online store at
Wire Rings - Internal - Round Section.
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Small UPE grooved pulleys suitable for driving small o'rings or rubber bands. O-rings should be less than 2mm section diameter.
Flat Head Countersunk UNC - UNF - METRIC - Alloy Steel
Imperial Sizes to ANSI B18.3. Metric Sizes to DIN7991. Rc38-42. ASTM F835 - alloy steel. ISO 10642. The thread length indicated is the minimum. Some batches may be produced with longer threaded sections or even full threaded shanks.
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Flat Head Countersunk UNC - UNF - METRIC
Imperial Sizes to ANSI B18.3. Metric Sizes to DIN7991. Rc38-42. ASTM F835 - alloy steel. ISO 10642. The thread length indicated is the minimum. Some batches may be produced with longer threaded sections or even full threaded shanks.
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Variation of an E-Clip with an open face. Also known as a C-Clip.
Narrow section height provides good clearance capabilities. Absence of teeth and deep set mean less thrust load ratings than e-clips. For best results install using the recommended applicator tool. This category may be available in the new MBA online store at
Rings - Crescent.
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N1408 / SHI / 16626 / 4100 / 5108 - Spring Steel and Stainless Steel. Retaining rings. Snap Rings (USA).
Tapered section ring with lugs inverted on the ID to allow use in tight areas with minimal clearance. Less thrust load than standard circlips. This category may be available in the new MBA online store at
Circlips - External - Inverted.
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Includes MIL-R-21248/MS 90707 - Styles M1440 / Ellison GR / Seeger G and GA. Retaining rings. Snap Rings (USA).
Reusable tapered section rings for grooveless shafts like plastics, tubes or castings. Can be used where adjustable ring placement is desired - like progressively tightening a compression spring. This category may be available in the new MBA online store at
Circlips - External - Grooveless.
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Levelling adjusters. ANSI 304 stainless steel provides high corrosion resistance. Rounded polished base for fluid run-off during washdown applications.
Operating temperature -20 to 100o C. Wrench flats in thread still allow for full use of threaded section. 12o articulating swivel. 2 bolt holes in base allows for anchoring.
Levelling adjusters. ANSI 304 stainless steel provides high corrosion resistance. Rounded polished base for fluid run-off during washdown applications.
Operating temperature -20 to 100o C. Wrench flats in thread still allow for full use of threaded section. 1o articulating swivel.
Flat Head Countersunk. Grade 5 6Al-4V is a high strength titanium alloy. Tensile Strength 91.5kgf / mm2. Yield Strength 84.5kgf / mm2. Elongation 10 Percent.
Metric Sizes to DIN7991. Used in critical aircraft structural components. UNS R56400. ISO 10642. Composition Percentage: Al 5.5-6.75, V 3.5-4.5, N 0.05, C 0.08, H 0.015, Fe 0.40, O 0.2, Ti Balance. Grade 5 6Al-4V is a high strength titanium alloy. Tensile Strength 91.5kgf / mm2. Yield Strength 84.5kgf / mm2. Elongation 10 Percent. The thread length indicated is the minimum. Some batches may be produced with longer threaded sections or even full threaded shanks.
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Same as US 20 Pitch - Use with Posi-Drive Pulleys.
Use Single Core with Posi-Drive Pulleys. 3.990mm Circular Pitch. Same as US 20 Pitch. Posi-drive material lengths in this category can not be joined by the customer as special equipment is required. Material lengths are used in reciprocating applications and not meant to be joined. This category may be available in the new MBA online store at
Belts - Posi-Drive - 4.00 mm Circular Pitch - Single Core.
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Miniature and small belts. 10.0mm Top Width x 5.5mm Height.
Sizes are nominal and may vary slightly. Items marked as Fractional Horsepower are designed for general purrpose low horseposer applications such as laundry machines, home workshop tools, small fans and blowers, garage equipment, small metal and woodworking tools etc. Belts shown as Fractional Horsepower type should not be used with reverse side idlers.
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12.5mm Top Width x 9.0mm Height.
Sizes are nominal and may vary slightly. Items marked as Fractional Horsepower are designed for general purrpose low horseposer applications such as laundry machines, home workshop tools, small fans and blowers, garage equipment, small metal and woodworking tools etc. Belts shown as Fractional Horsepower type should not be used with reverse side idlers.
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12.7mm Top Width x 7.9mm Height.
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15.9mm Top Width x 10.3mm Height.
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16.5mm Top Width x 11.0mm Height.
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22.2mm Top Width x 13.5mm Height.
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31.5mm Top Width x 19.0mm Height.
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Miniature and small belts. 8.0mm Top Width x 4.0mm Height.
Sizes are nominal and may vary slightly. This category may be available in the new MBA online store at
Belts - Vee - 8.0 x 4.0mm.
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12.7mm Top Width x 10.0mm Height.
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15.9mm Top Width x 13.5mm Height.
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16.3mm Top Width x 13.0mm Height.
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25.4mm Top Width x 22.2mm Height.
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Miniature and small belts. 9.5mm Top Width x 7.9mm Height.
Related Information:
Miniature and small belts. 9.7mm Top Width x 8.0mm Height.
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Standard Series Timing Belts 2.072mm or 0.0816 inch pitch. Also known as LT.
Breaking strength is not indicative of working strength. Belts working load should be rated at approximately 1/15th of their ultimate breaking strength. Tooth Length (T) - 0.60mm. Tooth Height (H) - 0.46mm. Belt Height (W) - 1.20mm - Corner Radii ( r ) - 0.20mm. Pitch (P) - 2.073mm (0.0816 inch).
Related Information:
Standard Series Timing Belts 2.072mm or 0.0816 inch pitch. Also known as LT.
Breaking strength is not indicative of working strength. Belts working load should be rated at approximately 1/15th of their ultimate breaking strength. Tooth Length (T) - 0.60mm. Tooth Height (H) - 0.46mm. Belt Height (W) - 1.20mm - Corner Radii ( r ) - 0.20mm. Pitch (P) - 2.073mm (0.0816 inch).
Related Information:
Standard Series Timing Belts 2.072mm or 0.0816 inch pitch. Also known as LT.
Breaking strength is not indicative of working strength. Belts working load should be rated at approximately 1/15th of their ultimate breaking strength. Tooth Length (T) - 0.60mm. Tooth Height (H) - 0.46mm. Belt Height (W) - 1.20mm - Corner Radii ( r ) - 0.20mm. Pitch (P) - 2.073mm (0.0816 inch).
Related Information:
Standard Series Timing Belts 2.072mm or 0.0816 inch pitch. Also known as LT.
Breaking strength is not indicative of working strength. Belts working load should be rated at approximately 1/15th of their ultimate breaking strength. Tooth Length (T) - 0.60mm. Tooth Height (H) - 0.46mm. Belt Height (W) - 1.20mm - Corner Radii ( r ) - 0.20mm. Pitch (P) - 2.073mm (0.0816 inch).
Related Information:
AT Synchroflex Generation III Series Metric Timing Belts.
Belts working load should be rated at approximately 1/15th of their ultimate breaking strength. Tooth Height (H) - 2.50mm. Belt Height (W) - 4.50mm - Corner Radii ( r )- 0.60mm. Pitch (P) - 10.000mm.
Related Information:
AT Synchroflex Generation III Series Metric Timing Belts.
Belts working load should be rated at approximately 1/15th of their ultimate breaking strength. Tooth Height (H) - 2.50mm. Belt Height (W) - 4.50mm - Corner Radii ( r )- 0.60mm. Pitch (P) - 10.000mm.
Related Information:
AT Synchroflex Generation III Series Metric Timing Belts.
Belts working load should be rated at approximately 1/15th of their ultimate breaking strength. Tooth Height (H) - 2.50mm. Belt Height (W) - 4.50mm - Corner Radii ( r )- 0.60mm. Pitch (P) - 10.000mm.
Related Information:
AT Synchroflex Generation III Series Metric Timing Belts.
Belts working load should be rated at approximately 1/15th of their ultimate breaking strength. Tooth Height (H) - 2.50mm. Belt Height (W) - 4.50mm - Corner Radii ( r )- 0.60mm. Pitch (P) - 10.000mm.
Related Information:
AT Synchroflex Generation III Series Metric Timing Belts.
Belts working load should be rated at approximately 1/15th of their ultimate breaking strength. Tooth Height (H) - 2.50mm. Belt Height (W) - 4.50mm - Corner Radii ( r )- 0.60mm. Pitch (P) - 10.000mm.
Related Information:
AT Synchroflex Generation III Series Metric Timing Belts.
Belts working load should be rated at approximately 1/15th of their ultimate breaking strength. Tooth Height (H) - 2.50mm. Belt Height (W) - 4.50mm - Corner Radii ( r )- 0.60mm. Pitch (P) - 10.000mm.
Related Information:
AT Synchroflex Generation III Series Metric Timing Belts.
Breaking strength is not indicative of working strength. 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. Pitch (P) - 10.000mm.
Related Information:
AT Synchroflex Generation III Series Metric Timing Belts.
Belts working load should be rated at approximately 1/15th of their ultimate breaking strength. Tooth Height (H) - 1.20mm. Belt Height (W) - 2.70mm - Corner Radii ( r )- 0.60mm. Pitch (P) - 5.000mm.
Related Information:
AT Synchroflex Generation III Series Metric Timing Belts.
Belts working load should be rated at approximately 1/15th of their ultimate breaking strength. Tooth Height (H) - 1.20mm. Belt Height (W) - 2.70mm - Corner Radii ( r )- 0.60mm. Pitch (P) - 5.000mm.
Related Information:
AT Synchroflex Generation III Series Metric Timing Belts.
Belts working load should be rated at approximately 1/15th of their ultimate breaking strength. Tooth Height (H) - 1.20mm. Belt Height (W) - 2.70mm - Corner Radii ( r )- 0.60mm. Pitch (P) - 5.000mm.
Related Information:
AT Synchroflex Generation III Series Metric Timing Belts.
Belts working load should be rated at approximately 1/15th of their ultimate breaking strength. Tooth Height (H) - 1.20mm. Belt Height (W) - 2.70mm - Corner Radii ( r )- 0.60mm. Pitch (P) - 5.000mm.
Related Information:
AT Synchroflex Generation III Series Metric Timing Belts.
Belts working load should be rated at approximately 1/15th of their ultimate breaking strength. Tooth Height (H) - 1.20mm. Belt Height (W) - 2.70mm - Corner Radii ( r )- 0.60mm. Pitch (P) - 5.000mm.
Related Information:
AT Synchroflex Generation III Series Metric Timing Belts.
Belts working load should be rated at approximately 1/15th of their ultimate breaking strength. Tooth Height (H) - 1.20mm. Belt Height (W) - 2.70mm - Corner Radii ( r )- 0.60mm. Pitch (P) - 5.000mm.
Related Information:
AT Synchroflex Generation III Series Metric Timing Belts.
Belts working load should be rated at approximately 1/15th of their ultimate breaking strength. Tooth Height (H) - 1.20mm. Belt Height (W) - 2.70mm - Corner Radii ( r )- 0.60mm. Pitch (P) - 5.000mm.
Related Information:
GT2 and GT3 Series Metric Timing Belts
Breaking strength is not indicative of working strength. Belts working load should be rated at approximately 1/15th of their ultimate breaking strength. GT3 replaces GT2 as GT2 stock is depleted. Pitch (P) - 14.000mm.
Related Information:
GT2 and GT3 Series Metric Timing Belts
Breaking strength is not indicative of working strength. Belts working load should be rated at approximately 1/15th of their ultimate breaking strength. GT3 replaces GT2 as GT2 stock is depleted. Pitch (P) - 14.000mm.
Related Information:
GT2 and GT3 Series Metric Timing Belts
Breaking strength is not indicative of working strength. Belts working load should be rated at approximately 1/15th of their ultimate breaking strength. GT3 replaces GT2 as GT2 stock is depleted. Pitch (P) - 14.000mm.
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