Carbide cutting
edges & wear parts.
Wear-resistant carbide-insert cutting edges for demanding snow removal applications. We help dealers, municipalities, and fleet buyers source the right blade configuration, mounting pattern, and replacement parts.
Carbide options for demanding routes.
Whether you need a straight replacement edge or a multi-piece plow arrangement, start with the dimensions and existing mounting layout.
Carbide-insert cutting edges
Steel-body replacement blades with a wear-resistant carbide working edge for snow-removal routes where abrasion is a primary concern.
Highway & wing-plow edges
Configuration inquiries for municipal trucks and wing plows, including blade geometry, length, punch layout, and operating angle.
Sectional & V-plow parts
Part-matching inquiries for sectional cutting edges and related V-plow wear pieces. Specify each section, center component, and orientation.
All configurations are subject to review. These examples describe inquiry categories and do not imply that every style, insert design, or dimension is stocked.
Blade sizes & specifications.
The examples below help frame your request. Actual blade construction, dimensions, and availability are confirmed when we quote the part.
What to specify
| Steel body examples | 3/4″ × 6″ or 7/8″ × 5″ |
|---|---|
| Working configuration | Flat or 25° angled reference |
| Finished length | Specify overall blade length or every sectional length |
| Mounting pattern | Hole count, diameter, center-to-center spacing, end offsets and vertical position |
| Carbide design | Insert dimensions, placement and construction requirements where known |
| Application | Highway, municipal, parking lot, wing plow or other service |
| Part reference | Equipment make/model, year, OEM number or drawing |
Start with the blade you need.
There is no universal carbide cutting edge. The steel body, insert arrangement, and bolt pattern must work together with your plow and route conditions.
Understand the carbide working edge.
The steel body provides the mounting structure. Carbide inserts provide a wear-resistant contact surface. Both need to suit the application.
Construction details worth reviewing
- Steel body: dimensions, profile, mounting support, and fit with the plow.
- Carbide inserts: grade, size, layout, and position at the working edge.
- Attachment method: for brazed constructions, joint preparation, filler selection, fit and heating process matter.
- Service conditions: abrasive road surfaces, blade angle, repeated impacts, and potential chipping.
Carbide wear resistance does not eliminate fracture or impact risk. Construction, joining and inspection requirements should be identified on the drawing or in the quote request.
Carbon steel or carbide?
Match the blade to your actual operating conditions. Purchase price is only part of the replacement decision.
High-carbon steel edges
A straightforward replacement choice for buyers comparing steel grade, hardness, hole layout, impact demands and initial cost.
- Review wear and impact conditions
- Match blade dimensions and punching
- Compare purchase cost with changeout frequency
Carbide-insert edges
Add a wear-resistant working material for applications where abrasion may justify a higher-cost replacement. Fit and impact exposure remain important.
- Review insert retention and chipping risk
- Consider route surface and operating angle
- Compare total cost per service hour
No single wear-life multiplier applies to all carbide blades, equipment, road conditions or operators. Any performance expectation depends on the complete application.
Tell us what needs replacing.
A part number or a drawing is the best starting point. If you are replacing an existing carbide edge, photos and measurements can help us review the correct configuration before preparing a quote.
Manufacturer, model, year, original part number, or an existing drawing.
Finished length, body size, hole count, diameter, spacing, offsets, and section orientation.
Abrasion, road surface, impacts, edge angle, quantity, and delivery destination.
Need carbide cutting edges? Let's review your list.
Send the blade details, part reference and quantity. We'll review your mounting requirements and intended application, then confirm the available configuration and pricing.
Don't have a drawing? Start with the OEM part number and clear photos of the edge and bolt pattern.
- Thickness × height × finished length
- One-piece or sectional layout; left / right / center pieces
- Hole diameter, count, center spacing, and offsets
- OEM model, part number, or dimensioned drawing
- Carbide insert / edge profile requirements
- Quantity, operating conditions, and delivery ZIP
Carbide edge ordering questions.
Are carbide edges always better than steel?
No. Carbide offers a wear-resistant working material, but the right choice depends on abrasion, impact frequency, blade angle, road surface and cost per service hour. Traditional high-carbon steel may be a better fit for some routes.
Can you match my existing blade's bolt pattern?
We can review an original part number or dimensioned hole-layout drawing as part of the quote. Blade length alone is not enough to confirm fit. Include hole size, count, center spacing and offsets.
Are 3/4″ × 6″, 7/8″ × 5″ and 25° configurations available?
These are examples of configurations to specify when requesting pricing, not a promise of stocked or available combinations. We confirm material, profile, insert arrangement and construction requirements for the quoted part.
Do carbide cutting edges have a guaranteed wear-life advantage?
No universal multiplier applies. Wear life depends on the blade design, insert construction, route abrasiveness, impacts, mounting condition, operating angle and equipment use.
Can I request V-plow centers or wear shoes?
Yes, you can submit an inquiry with the original part number, dimensions, mounting details and photos. Availability and suitability of each wear-part configuration are reviewed separately.