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  • Custom Design Grainger for Mounting Din Rail Cutter Lever Action
  • Custom Design Grainger for Mounting Din Rail Cutter Lever Action
  • Custom Design Grainger for Mounting Din Rail Cutter Lever Action
  • Custom Design Grainger for Mounting Din Rail Cutter Lever Action
  • Custom Design Grainger for Mounting Din Rail Cutter Lever Action
Custom Design Grainger for Mounting Din Rail Cutter Lever Action

Custom Design Grainger for Mounting Din Rail Cutter Lever Action

  • >= 1 Meters
    $135
View product details

Custom Design Grainger for Mounting Din Rail Cutter Lever Action

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Durable Material Cutting: Equipped with a tungsten carbide or high-speed steel blade, the tool is designed to cut through hard surfaces like concrete, asphalt, and railway materials with precision.
  • DIN Rail Mounting Compatibility: Features a lever-action mechanism that mounts securely on DIN rails, enabling stable operation in industrial or railway settings.

Key features

  • 1. Advanced Material Technology

    • With a tungsten carbide/high-speed steel blade, you can cut through concrete and asphalt surfaces with precision and durability, outperforming traditional carbon steel blades in harsh environments*.

  • 2. Ergonomic Interactive Design

    • With an adjustable, ergonomic handle and lever-action mechanism, you can reduce hand fatigue and apply force efficiently compared to fixed-handle manual cutters*.

  • 3. Precision Performance Parameters

    • With 1% tolerance compliance and DIN-standard certification, you can achieve accurate cuts for railway applications, ensuring alignment with industrial-grade specifications.

  • 4. Versatile Scenario Solutions

    • Designed for heavy-duty railway and commercial use, this manual cutter enables reliable operation in power-limited environments, unlike electric tools requiring external energy sources*.

  • 5. Certified Quality Assurance

    • Compliant with DIN standards, you can guarantee safety and compatibility with global infrastructure projects, meeting stricter regulatory requirements than non-certified alternatives*.

Product details

Custom Design Grainger for Mounting Din Rail Cutter Lever Action

The Custom Design Grainger Din Rail Cutter Lever Action is a manual cutting tool engineered for precision in railway applications. Constructed with non-alloy steel and a tungsten carbide blade, it combines durability with ergonomic design. Compliant with DIN standards and featuring 1% tolerance, it ensures reliable performance in cutting concrete, asphalt, and rail materials.

Technical specifications

FeatureSpecificationBenefit
MaterialNon-alloy steel frame, tungsten carbide bladeEnhanced durability and resistance to wear
HandleDurable plastic/composite with ergonomic gripComfortable, slip-resistant operation
BladeAdjustable tungsten carbide edgePrecision cutting for reinforced surfaces
Tolerance±1%Consistent accuracy for railway alignment
Standard ComplianceDIN-certifiedMeets industry benchmarks for safety

Customization guide

Adjustable blade depth and handle length to accommodate user preferences and task-specific requirements. Ideal for customizing cutting pressure and reach in tight spaces or elevated work areas.

Get inspired

Ideal for railway maintenance, concrete repair, and asphalt cutting. The tool’s manual operation ensures control in power-limited environments, while its DIN compliance guarantees precision for rail infrastructure projects.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Blade MaterialTungsten carbideTungsten carbide +Tungsten carbide +
(Standard hardness)diamond coatingdiamond coating +
(+20% edge retention)ceramic reinforcement
Handle AdjustmentFixed3-positionFully adjustable
Frame StrengthNon-alloy steelAlloy steelReinforced alloy

Supplier's note

  1. Key Technical Breakthroughs:

    • Tungsten Carbide Blade: Outperforms traditional steel blades by 30% in cutting reinforced concrete.
    • DIN Compliance: 1% tolerance ensures 20% higher precision than non-certified tools.
    • Adjustable Handle: Reduces operator fatigue by 25% in prolonged use.

  2. Optimal Version Selection:

    • Base Model: Best for occasional railway maintenance (e.g., small-scale repairs). Its tungsten carbide blade balances cost and performance.
    • Advanced Model: Ideal for frequent use in heavy-duty environments. The diamond-coated blade extends lifespan by 50% in abrasive materials.
    • Pro Model: Required for high-stress railway projects. Combines ceramic-reinforced blades with reinforced alloy frames for unmatched durability.

With its DIN-certified precision, this tool ensures safe, reliable cuts in rail applications. Choose the Pro Model for triple the blade longevity in corrosive environments or the Base Model for budget-friendly durability.

Frequently asked questions

  • Which manual floor cutter model suits heavy-duty railway applications like concrete cutting?

  • How do I maintain the blade of a manual floor cutter for asphalt surfaces?

  • Non-alloy steel vs. alloy steel for manual cutters: Which is better for railway projects?

  • Can this Din Rail Cutter be customized for specific cutting depths?

  • Is this manual floor cutter’s material FDA-approved for food-grade surfaces?

  • What makes this manual cutter suitable for power-outage scenarios in construction?

  • Does the non-alloy steel frame affect the cutter’s durability compared to alloy models?

  • Are safety features included in this Din Rail Cutter’s design?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material CompositionStructural railway componentsBase: Non-alloy steel (ASTM A36)Advanced: Alloy steel (ASTM A387) ▲ (▲ 50% strength improvement over Base)Cost-effective (Base), Enhanced strength (Advanced)
Compliance StandardsInternational railway projectsBase: DIN EN 50022Advanced: DIN + ISO 9001 ▲ (▲ Global certification coverage)Regional compliance (Base), Global acceptance (Advanced)
Tolerance PrecisionPrecision mounting systemsBase: ±1% (ISO 724)Advanced: ±0.5% (ISO 10360) ▲ (▲ 50% tighter tolerance)Affordable tolerance (Base), Superior alignment (Advanced)
Application SuitabilityRailway signal mountingIEC 61850 compliant for railway systems (Ensures compatibility with railway infrastructure)Optimized for railway useLimited to specific applications
DurabilityHigh-stress railway environsBase: 10-year lifespan (ASTM G85)Advanced: 15-year ▲ (▲ 50% longer service life)Long service life (Advanced)
Corrosion ResistanceOutdoor railway installationsBase: Passivation treated (ASTM A967)Advanced: Zinc-plated (ASTM A153) ▲ (▲ 3x corrosion resistance)Basic corrosion protection (Base)

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