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Sinuous Black Tricycle Spring Custom Spare Parts Coil Music Wire Stainless Steel Stretch Tension Spring Compression Spring

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Compression Load Management: Designed to absorb shock and maintain consistent force in compression applications, ideal for tricycle suspension systems and mechanical devices requiring reliable energy storage.
  • Material Durability: Constructed from high-quality stainless steel, music wire, or carbon steel, ensuring resistance to corrosion, deformation, and wear for long-term performance in demanding environments.

Key features

  • 1. Corrosion-Resistant Stainless Steel Construction

  • With a corrosion-resistant stainless steel body, withstand harsh environments without rusting or degradation, even in moisture or chemical exposure.

  • 2. Precision-Engineered Uniform Coils

  • With precision-engineered uniform coils, ensure consistent force delivery and reliable performance in mechanical systems, reducing wear and tear compared to irregularly coiled alternatives.

  • 3. High-Performance Compression Load Capacity

  • With high-tensile music wire and stainless steel, handle heavy-duty compression loads exceeding industry standards, ideal for automotive and industrial machinery.

  • 4. Industrial-Grade Durability for Continuous Use

  • Designed for continuous operation in commercial settings, maintain structural integrity under frequent compression cycles, making them ideal for machinery and equipment.

  • 5. Compliance with Mechanical Industry Standards

  • Constructed to meet ASTM and ISO certifications, ensuring safety and reliability in applications requiring strict quality and durability benchmarks.

Product details

Sinuous Black Tricycle Spring Custom Spare Parts Coil Music Wire Stainless Steel Stretch Tension Spring Compression Spring

Sinuous Black Tricycle Spring Custom Spare Parts are precision-engineered compression springs designed for durability and reliability. Crafted from premium materials like stainless steel, music wire, and carbon steel, these springs offer versatile performance in mechanical systems. Their uniform coil design ensures consistent force distribution, while customization options allow tailored solutions for specific load and space requirements.

Technical specifications

FeatureSpecificationApplication Scenario
MaterialStainless Steel, Music WireHarsh environments (moisture, chemicals)
Load TypeCompressionAutomotive components, industrial machinery
Coil DesignUniform, evenly spaced coilsStable force return in mechanical devices
Wire DiameterCustomizable (0.5–3.0 mm)Tailored deflection for precise applications

Customization guide

Adjustable parameters include wire diameter, coil diameter, and total coils to meet specific force requirements or space constraints. For instance:

  • Increase wire diameter for higher load capacity in heavy machinery.
  • Reduce coil spacing for compact designs in automotive parts.

Get inspired

With their corrosion-resistant stainless steel and high-tensile music wire options, these springs are ideal for demanding applications. Whether reinforcing tricycle suspension systems or stabilizing industrial equipment, they ensure long-term performance without compromising on safety.

Choose your model

ParameterBase Model (Carbon Steel)Advanced Model (Stainless Steel)Pro Model (Music Wire)
MaterialCarbon SteelStainless SteelHigh-Carbon Music Wire
Max Load500 N+20% (600 N)+30% (650 N)*
Corrosion ResistanceBasicIndustrial GradeMarine/Chemical Grade
Deflection Range10–50 mm10–60 mm10–70 mm

Supplier's note

  1. Key Breakthroughs:

    • Stainless Steel: Triple corrosion resistance vs. standard carbon steel, enabling use in chemical exposure.
    • Music Wire: 30% higher tensile strength than industry benchmarks for extreme load applications.
    • Uniform Coil Precision: ±0.5% tolerance ensures consistent performance across cycles.
  2. Optimal Selection:

    • Base Model: Ideal for standard mechanical systems (e.g., tricycle suspension) where cost-efficiency is prioritized.
    • Advanced Model: Choose for marine or food-processing machinery needing corrosion resistance.
    • Pro Model: Best for high-stress environments (e.g., industrial presses) requiring maximum load capacity and durability.

Pro Model’s 650 N load capacity exceeds ISO 9792 standards by 30%, ensuring safety in heavy-duty applications.

Frequently asked questions

  • Which stainless steel compression spring is best for automotive suspension systems?

  • How do I clean and maintain stainless steel compression springs in humid environments?

  • Stainless steel vs carbon steel compression springs: Which is better for industrial machinery?

  • Can these compression springs be customized for heavy machinery loads?

  • Are these springs FDA-approved for food processing equipment?

  • What’s the maximum load capacity for music wire compression springs?

  • How do I prevent corrosion in outdoor stainless steel compression springs?

  • Are these springs suitable for high-temperature industrial ovens?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Stainless Steel Compression SpringsCorrosive environments (marine, chemical plants)Corrosion Resistance: Passes ASTM A262 ▲ 1000hr salt spray (Our Advanced)
Load Capacity: 1000 N (ISO 3095)1200 N (Our Advanced)
▲ Superior durability in harsh conditions
High load capacity for heavy machinery
Higher cost than carbon steel variants
Less flexibility in customization for niche loads
Carbon Steel Compression SpringsGeneral industrial applicationsLoad Capacity: 800 N (ASTM A370)1000 N (Our Base)
Cost-Effective: $1.20/unit (Industry Standard) ▲ $1.50/unit (Our Advanced)
Low cost for standard applications
Widely available globally
Prone to rust in corrosive environments
Limited fatigue resistance over time
Music Wire Compression SpringsHigh-stress applications (aerospace)Tensile Strength: 2000 MPa (ASTM A370)2200 MPa (Our Advanced)
Fatigue Resistance: 10,000 cycles (ISO 7804)12,000 cycles (Our Advanced)
▲ Exceptional strength-to-weight ratio
Long lifespan under cyclic stress
Brittle at extreme temperatures
Costlier than stainless steel variants
Die SpringsHeavy machinery (presses, hydraulic systems)Load Capacity: 2000 N (EN 13906)2500 N (Our Advanced)
Creep Resistance: 500°C (ASTM E1391)550°C (Our Advanced)
▲ Withstands extreme loads and temperatures
Minimal deformation under pressure
Bulky design limits space-constrained applications
Higher upfront investment
Torsion SpringsDoor hinges, clamps (rotational force)Torque: 5 Nm (ISO 4763)7 Nm (Our Advanced)
Angular Travel: 360° (DIN 2082)450° (Our Advanced)
Compact design for tight spaces
Smooth rotational force delivery
Limited to rotational applications only
Susceptible to wear over high cycles
Extension SpringsGarage doors, trampolines (pulling force)Extension Force: 500 N (ASTM F220)600 N (Our Advanced)
Elasticity: 80% recovery (ISO 7117)90% recovery (Our Advanced)
▲ Provides consistent pulling force over long extensions
Lightweight and durable
Risk of overstretching leading to failure
Less rigid compared to compression springs

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