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  • Design Dimensions Gear Cutter Gt2 Hob Manufacturers Timing Belt Pulley
  • Design Dimensions Gear Cutter Gt2 Hob Manufacturers Timing Belt Pulley
  • Design Dimensions Gear Cutter Gt2 Hob Manufacturers Timing Belt Pulley
  • Design Dimensions Gear Cutter Gt2 Hob Manufacturers Timing Belt Pulley
  • Design Dimensions Gear Cutter Gt2 Hob Manufacturers Timing Belt Pulley
  • Design Dimensions Gear Cutter Gt2 Hob Manufacturers Timing Belt Pulley
Design Dimensions Gear Cutter Gt2 Hob Manufacturers Timing Belt Pulley

Design Dimensions Gear Cutter Gt2 Hob Manufacturers Timing Belt Pulley

  • 1 - 49 Pieces
    $0.50
  • 50 - 99 Pieces
    $0.48
  • 100 - 499 Pieces
    $0.46
  • >= 500 Pieces
    $0.44

Customization:

timing pulley gt2(Min.Order: 1 pieces)

Design Dimensions Gear Cutter Gt2 Hob Manufacturers Timing Belt Pulley

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Precision Motion Synchronization: Designed for timing belt drives to ensure precise power transmission and synchronization in mechanical systems.
  • GT2 Timing Belt Compatibility: Engineered to work with GT2 belts, supporting applications requiring high torque and low slippage.

Key features

  • 1. Material Technology

  • With a corrosion-resistant aluminum alloy body and anodized finish, you can ensure long-lasting durability in harsh industrial environments. ~30% lighter than steel alternatives

  • 2. Customizable Design

  • With customizable tooth configurations and hub diameters, you can adapt to diverse machinery requirements for precise motion transmission. Supports up to 50% more customization options than standard pulleys

  • 3. High-Performance Parameters

  • With high-torque transmission capabilities from robust alloy construction, you can achieve precise synchronization in high-load applications. Handles 40% higher torque than plastic alternatives

  • 4. Scenario Solutions for Precision Machinery

  • Designed for continuous operation in precision machinery like CNC systems, you can maintain consistent performance in commercial or industrial settings. Suitable for 24/7 use in automated manufacturing environments

  • 5. Certification Standards Compliance

  • Constructed with food-grade compliant materials where applicable, you can meet safety standards in food processing environments. Certified to ISO 9001 quality management systems

Product details

Design Dimensions Gear Cutter Gt2 Hob Manufacturers Timing Belt Pulley

Our timing belt pulleys are precision-engineered components designed for high-performance motion transmission in robotics, CNC machinery, and industrial automation. Available in materials like aluminum alloy, stainless steel, and cast iron, these pulleys ensure durability, lightweight design, and compatibility with diverse applications.

Technical specifications

FeatureSpecificationBenefit
Material OptionsPlastic, Cast Iron, Steel, Stainless Steel, Alloy, Brass, Aluminum, Aluminum AlloyVersatile material choices for thermal resistance, corrosion protection, or lightweight needs.
Surface TreatmentPhosphating, AnodizeEnhanced corrosion resistance and surface durability in harsh environments.
Tooth DesignGT2 timing belt profile with precise tooth spacingEnsures synchronized motion and minimal slippage in high-torque applications.
Hub DiameterCustomizable to fit standard or non-standard shaft sizesFlexible integration into existing machinery systems.
WeightLightweight aluminum alloy variants (20% lighter than cast iron)Reduces inertia and energy consumption in portable or high-speed systems.

Customization guide

Adjustable parameters include tooth count, hub diameter, and material type to meet specific torque requirements, shaft sizes, or environmental conditions (e.g., high-temperature or corrosive environments).

Get inspired

Optimize your machinery’s precision and reliability with our timing belt pulleys. Whether you need lightweight aluminum for robotics or high-strength stainless steel for industrial automation, our customizable solutions ensure seamless integration and long-term performance.

Choose your model

ParameterBase Model (Steel)Advanced Model (Stainless Steel)Pro Model (Aluminum Alloy)
Material StrengthHigh tensile strengthEnhanced corrosion resistanceLightweight, 20% lighter
Max Load Capacity800 N1,000 N (+25%)650 N (optimized for speed)
Temperature Range-20°C to 120°C-30°C to 150°C (+25% range)-10°C to 100°C
Surface FinishPhosphatedAnodizedSmooth polished

Supplier's note

  1. Three Technical Breakthroughs:

    • Material Diversity: Our alloy and stainless steel options provide corrosion resistance 3x higher than traditional cast iron, ideal for marine or chemical environments.
    • Precision Tooth Design: GT2 profiles reduce slippage by 40% compared to older belt systems, ensuring consistent motion in robotics.
    • Customizable Hub Diameter: Accommodates non-standard shafts (e.g., 10–50mm), eliminating the need for costly adapters.
  2. Version Selection Guide:

    • Base Model (Steel): Best for general industrial use where cost efficiency and moderate load handling are priorities.
    • Advanced Model (Stainless Steel): Choose for corrosive or high-temperature environments (e.g., food processing or automotive assembly lines).
    • Pro Model (Aluminum Alloy): Ideal for robotics and portable machinery requiring lightweight, high-speed operation. With its 20% lower inertia than steel, it enables faster acceleration and energy savings.

With our Pro Model’s aluminum alloy construction, you can achieve agile motion control in robotics. Pair it with anodized surfaces for added durability, ensuring seamless performance even in demanding scenarios.

Frequently asked questions

  • Which timing belt pulley material is best suited for lightweight portable machinery applications?

  • How does the durability of steel timing pulleys compare to aluminum for high-load industrial use?

  • What surface treatment options are available to enhance corrosion resistance in humid environments?

  • Can the tooth count and hub diameter of timing pulleys be customized for specific belt drive systems?

  • Are these timing pulleys certified for use in ISO-compliant industrial machinery?

  • What are the advantages of plastic timing pulleys over metal for cost-sensitive applications?

  • Which surface treatment prolongs lifespan in abrasive or chemically exposed environments?

  • How do I securely mount a timing pulley with a through-hole design onto a shaft?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Aluminum Alloy PulleyRobotics, CNC machinesMaterial: 2.7 g/cm³ density (lighter than steel)
Anodized coating (25μm ▲▲ vs Industry 15μm, Base 20μm)
ASTM B209 compliance
Lightweight, corrosion-resistant, precision fit for high-speed applicationsLower load capacity vs steel/iron; requires coating for wear resistance
Steel PulleyHeavy machinery, industrial equipmentMaterial: Tensile strength 800 MPa ▲▲ (Industry 700 MPa, Base 750 MPa)
Phosphating (wear resistance ISO 1763)
High load capacity, durable, cost-effective for heavy-duty useHigher weight; prone to corrosion without surface treatment
Cast Iron PulleyAutomotive, high-torque systemsMaterial: Compressive strength 400 MPa ▲ (Industry 350 MPa)
Phosphating (wear resistance ASTM D3363)
Excellent compressive strength, cost-effective for static loadsBrittle, heavier, limited flexibility in design adjustments
Plastic PulleyLow-friction environments, packagingMaterial: Friction coefficient 0.2 ▲ (Industry 0.3)
Lightweight (1.2 g/cm³)
UL94 V-0 flame rating
Ultra-lightweight, low-cost, quiet operationLow load capacity, susceptible to temperature changes, shorter lifespan
Stainless Steel PulleyFood processing, corrosive environmentsMaterial: Corrosion resistance ASTM A240 ▲▲ (Base: 304 grade, Advanced: 316 grade)
Passivation (ISO 3833)
Immune to corrosion, hygienic, durable for harsh environmentsHigher cost, heavier than aluminum/steel; requires careful machining
Brass PulleyPrecision machinery, low-noise roboticsMaterial: Machinability 75% ▲ (Industry 60%)
Surface: Anodized (anti-galling ISO 1513)
Superior machinability, low noise, smooth operationHigher cost, moderate load capacity, less wear-resistant than steel/alloy

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