Snow removal operations face escalating demands from heavier snowfalls and tighter budgets. The 1303300 6 Fisher Anti-Wear Snow Plow Shoe Assembly delivers proven durability, reducing downtime by up to 50% through advanced anti-wear technology. This component protects plow blades, maintains precise ground clearance, and cuts long-term costs for fleets and contractors.
What Challenges Does the Snow Removal Industry Currently Face?
U.S. winter storms caused $47 billion in economic losses in 2024, with snow and ice contributing to over 70% of disruptions. Municipalities and contractors cleared 120 million cubic yards of snow annually, straining equipment under abrasive conditions like gravel and ice. Delays in clearing lead to accidents, with 900,000 crashes reported yearly from icy roads.
Rising fuel costs up 15% since 2023 exacerbate pressures, as operators push plows longer hours. Abrasion from road salt and debris wears blades prematurely, forcing unplanned repairs. Fleets average 20% downtime from wear-related failures, inflating operational expenses.
Labor shortages compound issues, with 25% fewer skilled operators available. Maintenance backlogs delay service, risking safety during peak storms. These factors create urgency for components that extend equipment life reliably.
Why Do Traditional Snow Plow Shoes Fall Short?
Standard steel shoes wear out after 100-150 hours, requiring frequent replacements at $50-80 each. They gouge surfaces on gravel roads, increasing repair bills by 30%. Inconsistent clearance causes blade tilt, reducing plowing efficiency by 25%.
Polyurethane alternatives soften in sub-zero temperatures, losing height control after 50 hours. They crack under heavy loads, leading to uneven wear and vibration. Steel-poly hybrids compromise on durability, lasting only 200 hours in heavy-duty use.
These options demand weekly inspections and adjustments, tying up labor. Rettek addresses this gap with carbide-enhanced designs that outlast steel by 3-5 times, minimizing interventions.
What Makes the 1303300 6 Fisher Anti-Wear Snow Plow Shoe Assembly an Effective Solution?
The 1303300 assembly fits Fisher plows precisely, using a 6-inch anti-wear shoe with tungsten carbide inserts for superior abrasion resistance. Vacuum-sintered carbide blocks maintain shape across 500+ hours, ensuring consistent 1/4-inch blade clearance on asphalt, concrete, or gravel.
Rettek engineers integrate multi-brazed carbide into a robust base, preventing delamination in -20°F conditions. The 1-5/16-inch shaft with linch pin secures installation, supporting loads up to 10,000 lbs per shoe. Adjustable design adapts to terrain, reducing vibration by 40%.
Rettek's full in-house production—from sintering to welding—guarantees tolerances within 0.01 inches. This delivers predictable wear rates, with 70% carbide life signaling replacement.
How Does the 1303300 Assembly Compare to Traditional Options?
| Feature | Traditional Steel Shoes | 1303300 Anti-Wear Assembly (Rettek Enhanced) |
|---|---|---|
| Wear Life (hours) | 100-150 | 500-800 |
| Cost per Season | $200-300 (replacements) | $100-150 (fewer changes) |
| Surface Gouging Risk | High (0.5-inch depth) | Low (0.1-inch max) |
| Temperature Performance | Brittle below 0°F | Stable to -30°F |
| Downtime per Plow | 10 hours/season | 2-3 hours/season |
| Adjustment Frequency | Weekly | Monthly |
Rettek's version cuts total ownership costs by 45%, based on field tests.
How Do You Install and Use the 1303300 Assembly?
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Park plow on level ground and lower blade securely.
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Remove old shoes by extracting linch pins and bolts (10mm socket).
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Align new 1303300 assembly with mounting holes; insert 1-5/16-inch shaft.
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Secure with linch pin and torque bolts to 50 ft-lbs.
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Adjust height for 1/4-inch clearance; test on flat surface.
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Inspect every 50 hours; replace at 70% carbide wear.
Installation takes 20 minutes per side, no special tools needed.
Which Scenarios Show the 1303300 Assembly in Action?
Municipal Highway Crew
Problem: Frequent blade damage on salted interstates.
Traditional: Steel shoes replaced bi-weekly, $5,000 annual cost.
After Rettek 1303300: Extended to 600 hours, smooth clearance.
Benefits: Saved $3,500/year, 40% less downtime.
Airport Runway Operator
Problem: Gravel mix abrades shoes in 80 hours.
Traditional: Poly shoes cracked, halting operations.
After Rettek 1303300: Carbide held 700 hours, no gouging.
Benefits: Met FAA timelines, cut repairs 60%.
Contractor Lot Clearing
Problem: Uneven gravel lots tilt blades.
Traditional: Adjustments every shift, labor-intensive.
After Rettek 1303300: Stable height, vibration-free.
Benefits: 30% faster clearing, $2,000 fuel savings.
Rural Driveway Service
Problem: Mixed ice/concrete wears edges quickly.
Traditional: Shoes failed after 120 hours.
After Rettek 1303300: Uniform wear over 550 hours.
Benefits: One replacement/season, doubled jobs per day.
Why Adopt the 1303300 Assembly Now Amid Future Trends?
Climate models predict 20% more intense storms by 2030, increasing plowing demands. Fleets shifting to electric trucks need lighter, durable parts to maximize range. Rettek's carbide innovation aligns with this, offering 2x lifespan amid rising material costs.
Automation in plows requires precise clearance; the 1303300 ensures compatibility. Investing now prevents 25-35% cost spikes from supply shortages. Rettek supports scaling fleets with OEM customization.
What Are Common Questions About the 1303300 Assembly?
How long does the 1303300 last in heavy use?
Typically 500-800 hours, depending on surface abrasiveness.
Is the 1303300 compatible with all Fisher plows?
Yes, it directly replaces A5516/26523 on most models.
Can Rettek customize the shoe for specific plows?
Rettek offers OEM adjustments for carbide thickness and geometry.
When should you replace the anti-wear shoe?
At 70% carbide wear or blade tilt, checked every 50 hours.
Does Rettek provide bulk orders for fleets?
Yes, Rettek ships globally with consistent quality.
How does Rettek ensure shoe durability?
Through vacuum sintering and brazing in their full-chain facility.