Sealey SM658/B/14 Bandsaw Blade 1752 X 14 X 06 TPI
When consistent blade tracking and controlled cutting matter, the correct blade specification makes a significant difference. This 1752mm bandsaw blade is listed for the Sealey SM658/B/14 and combines a 1/4-inch width, 0.36mm thickness, and 6 TPI configuration for regular workshop cutting.
Manufactured from superior carbon flexback material with hardened teeth, the blade is designed to provide the flexibility needed for continuous movement around the bandsaw wheels while maintaining a durable cutting edge. Its fixed 6 TPI tooth pattern makes blade selection straightforward for users working with the compatible sealey machine.
Key Features
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1752mm Blade Length: The blade is supplied at 1752mm long, providing the length specified on the current product listing for the Sealey SM658/B/14.
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1/4-Inch Blade Width: The narrower 1/4-inch profile provides useful cutting control and greater manoeuvrability than wider blade formats when following suitable cutting paths.
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6 TPI Tooth Configuration: A fixed 6 teeth-per-inch pattern provides relatively open tooth spacing, supporting efficient material clearance during cutting.
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Carbon Flexback Construction: The carbon flexback bandsaw blade combines a flexible blade body with hardened teeth to balance repeated flexing with dependable cutting performance.
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0.36mm Blade Thickness: The relatively thin blade construction supports smooth travel around the bandsaw wheels while maintaining the dimensions required for the compatible setup.
Applications
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Use the blade for routine stock preparation and cutting tasks where a 6 TPI tooth arrangement provides sufficient space between teeth for efficient material clearance.
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Carry out straight cutting and suitable shaped work where the 1/4-inch blade width offers a useful balance between cutting control and manoeuvrability.
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Keep the blade available as a replacement for workshops regularly operating the Sealey SM658/B/14 and requiring the specified 1752mm blade length.
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Use correct blade tension, tracking, guide positioning, and feed pressure to maintain controlled cutting and help reduce unnecessary stress on the blade.
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In mixed workshops containing bandsaws alongside wood shop tools and equipment, organising replacement blades by machine model, length, width, and TPI can help prevent incorrect blade selection.
Why Choose Our Bandsaw Blade?
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The specified 1752mm length provides a clearly identified replacement size for users working with the compatible Sealey setup.
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Hardened teeth provide a durable cutting edge, while the carbon flexback body supplies the flexibility required as the blade repeatedly passes around the bandsaw wheels.
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The 6 TPI configuration provides open tooth spacing for efficient cutting and material clearance rather than using a very fine tooth pattern.
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Its 1/4-inch width offers greater manoeuvrability than wider blades, making it practical where the cutting path requires additional control.
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A straightforward combination of machine-specific sizing, hardened teeth, flexible blade material, and fixed tooth pitch makes it a practical replacement for regular workshop use.
FAQs
1. Why does this blade use a 6 TPI tooth pattern?
The 6 TPI configuration provides wider spacing between individual teeth, allowing material to clear more freely during cutting. It is useful where a coarser tooth arrangement is more appropriate than a fine-pitch blade.
2. What is the benefit of carbon flexback construction?
Carbon flexback material allows the blade body to flex repeatedly as it travels around the bandsaw wheels. Hardened teeth provide the cutting edge, combining flexibility with improved tooth durability.
3. How does the 1/4-inch blade width affect cutting?
A 1/4-inch blade is relatively narrow, giving it greater manoeuvrability than wider bandsaw blades. This can be useful when controlled changes in cutting direction are required within the machine's capabilities.
4. What should I check before fitting this blade?
Confirm the required 1752mm length, 1/4-inch width, 0.36mm thickness, and 6 TPI specifications against your machine. Blade tension, tracking, guides, and tooth direction should also be checked before use.
5. How can I help prevent premature blade wear?
Use appropriate blade tension and feed pressure, keep the guides correctly adjusted, and avoid forcing the workpiece through the blade. Regular inspection of the teeth and blade condition can also help identify wear early.