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Plastic Worm Gear Custom Factory OEM Brass Worm Gear High Precision High Torque Steel Worm Gear

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High-Precision Motion Transmission: The brass and steel worm gears ensure smooth, efficient power transfer with a helical tooth design, ideal for applications requiring precise torque control.
  • Multi-Material Durability: Combines brass (corrosion-resistant, long-lasting) and steel (high-strength, high-torque) materials to handle diverse operational demands.

Key features

  • 1. Material Technology

  • With brass and steel construction, ensure durability and high torque capacity even in demanding environments*.

  • 2. Design Efficiency

  • With a helical tooth profile, achieve smooth and quiet operation compared to traditional spur gears*.

  • 3. Performance Parameters

  • With high torque output, handle heavy-duty applications more effectively than standard spur gears*.

  • 4. Scenario Solutions

  • With customizable material and design options, adapt to specific needs like industrial machinery or automotive parts.

  • 5. Certification Standards

  • With precision manufacturing, meet ISO standards for mechanical accuracy and reliability*.

Product details

Plastic Worm Gear Custom Factory OEM Brass Worm Gear High Precision High Torque Steel Worm Gear

Our high-precision worm gears combine robust materials and optimized designs to deliver reliable mechanical transmission solutions. Available in brass, steel, or plastic, these gears are customizable to meet torque, temperature, and durability requirements across industrial, automotive, and heavy-duty applications.

Technical specifications

FeatureSpecificationBenefit
MaterialBrass, Steel, PlasticCorrosion resistance (brass), high strength (steel), lightweight (plastic)
Tooth ProfileHelical (worm gear), Spur (standard)30% higher torque transmission (helical)
Warranty1.5 yearsGuaranteed performance and durability
Weight1 kg (varies by material)Compact and easy to integrate

Customization guide

Adjust material selection (brass, steel, or plastic) to meet specific load requirements or temperature resistance needs. Customize tooth count and size for optimal torque and speed performance.

Get inspired

Explore versatile applications for our high-precision worm gears. Ideal for industrial machinery, automotive components, and heavy-duty equipment, these gears ensure smooth operation and efficient power transmission. Choose from durable brass, robust steel, or lightweight plastic to suit your specific project needs.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
MaterialPlasticBrassSteel
Torque Capacity5 Nm10 Nm (+100% vs Base)15 Nm (+30% vs Advanced)
Temperature Range-20°C to 60°C-30°C to 80°C-40°C to 100°C
Weight0.8 kg1.0 kg1.2 kg

Supplier's note

  1. Technical Breakthroughs:

    • Helical Tooth Design: With a helical profile, you can achieve 30% higher torque transmission compared to traditional spur gears.
    • Material Versatility: Triple material options (brass, steel, plastic) allow tailored solutions for corrosion resistance, high strength, or lightweight needs.
    • Customizable Tooth Counts: Adjust tooth parameters to optimize speed-torque ratios for precision applications.
  2. Optimal Version Selection:

    • Base Model: Ideal for light-duty applications with cost constraints. Its plastic construction ensures affordability without sacrificing efficiency.
    • Advanced Model: Choose brass for corrosive environments, such as marine or chemical processing equipment.
    • Pro Model: Steel construction delivers unmatched durability, handling up to 15 Nm torque and extreme temperatures (-40°C to 100°C). This version is critical for heavy machinery where reliability is paramount.

With the Pro Model’s triple-industry-standard chemical resistance and steel material, you can safely handle aggressive fluids while maintaining structural integrity. Pair its high torque capacity with helical teeth for seamless power transmission in demanding scenarios.

Frequently asked questions

  • Which material is best for a high-torque brass worm gear in industrial machinery?

  • How do I maintain a plastic worm gear to ensure longevity?

  • Should I choose brass or plastic for a worm gear in a corrosive environment?

  • Can I customize the tooth count and size of a steel worm gear for my machinery?

  • Are your worm gears certified for food-grade machinery?

  • What makes your brass worm gears suitable for high-torque applications?

  • Does the 1.5-year warranty cover wear and tear from regular use?

  • How does a helical worm gear differ from a spur gear in performance?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Plastic Worm GearsLightweight applications, cost-sensitive projectsMaterial: Plastic (ASTM D543 compliant, 285 GSM)
Weight: 1 kg (ISO 3801)
Noise: 43 dBA (quieter than fridge hum)
▲3 Lightweight, ▲3 Cost-effective, ▲2 Resists common chemicals (ASTM F739)▲1 Lower torque capacity (max 150 Nm), ▲-2 Not suitable for heavy loads
Brass Worm GearsHarsh environments (marine, chemical plants)Material: Brass (ASTM F145)
Corrosion resistance: Withstands saltwater (ASTM B117)
Weight: 1.5 kg
▲2 Moderate weight, ▲3 Corrosion-resistant, ▲2 Moderate torque (300 Nm)▲-1 Heavier than plastic, ▲-3 Higher cost than plastic
Steel Worm GearsHeavy machinery, industrial equipmentMaterial: High carbon steel (ASTM A36)
Max torque: 500 Nm (ISO 6336)
Noise: 48 dBA (similar to washing machine)
▲3 Highest torque, ▲3 Robust construction, ▲2 Durable under stress▲-3 Heavier (2.5 kg), ▲-2 Requires lubrication, ▲-1 Costly
High Torque Worm GearsAutomotive, construction machineryIndustry Standard: Steel (▲3)
Our Base: Plastic (▲1)
Our Advanced: Steel (▲3)
▲3 Steel Advanced matches industry torque (500 Nm), ▲2 Low noise (48 dBA)▲-3 Plastic Base insufficient for high loads
Corrosion-Resistant GearsMarine, chemical processingIndustry Standard: Stainless Steel (▲2)
Our Advanced: Brass (▲3)
Our Base: Plastic (▲1)
▲3 Brass Advanced resists 50+ chemicals (ASTM D543), ▲2 Lighter than steel▲-1 Plastic Base corrodes in harsh chemicals, ▲-2 Steel Standard costly
Cost-Effective GearsBudget projects, low-load applicationsOur Base: Plastic (▲3)
Industry Standard: Plastic (▲2)
Our Advanced: Brass (▲1)
▲3 Plastic Base 30% cheaper than steel, ▲2 Minimal maintenance▲-3 Lower durability, ▲-1 Advanced versions negate cost savings

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