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  • Advanced Industrial Machinery Nylon Nylok Patch Screw Button Head Optimized Torque Resistance Oval Style Metric Measurement
  • Advanced Industrial Machinery Nylon Nylok Patch Screw Button Head Optimized Torque Resistance Oval Style Metric Measurement
  • Advanced Industrial Machinery Nylon Nylok Patch Screw Button Head Optimized Torque Resistance Oval Style Metric Measurement
  • Advanced Industrial Machinery Nylon Nylok Patch Screw Button Head Optimized Torque Resistance Oval Style Metric Measurement
  • Advanced Industrial Machinery Nylon Nylok Patch Screw Button Head Optimized Torque Resistance Oval Style Metric Measurement
  • Advanced Industrial Machinery Nylon Nylok Patch Screw Button Head Optimized Torque Resistance Oval Style Metric Measurement
Advanced Industrial Machinery Nylon Nylok Patch Screw Button Head Optimized Torque Resistance Oval Style Metric Measurement
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Advanced Industrial Machinery Nylon Nylok Patch Screw Button Head Optimized Torque Resistance Oval Style Metric Measurement

  • 100 - 199 Pieces
    $0.80
  • >= 200 Pieces
    $0.75

Customization:

size(Min.Order: 1000000 pieces)

Advanced Industrial Machinery Nylon Nylok Patch Screw Button Head Optimized Torque Resistance Oval Style Metric Measurement

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Torque Resistance & Anti-Loosening Design: Equipped with a Nylon Nylok patch and blue thread locking compound, these screws ensure secure fastening in high-vibration or temperature-fluctuating environments, preventing loosening over time.
  • Metric Thread Compatibility: Features standard metric threads (M2.6 to M20) with fine thread precision, enabling precise and durable assembly in industrial machinery and equipment.

Key features

  • 1. Corrosion-Resistant Material Construction

  • With 304 stainless steel and zinc-aluminum coating, you can ensure exceptional corrosion resistance in harsh industrial environments* ~30% more durable than uncoated steel screws*

  • 2. Precision Hexagonal Socket Design

  • With hexagonal socket heads, you can achieve precise torque control using a hex key for secure fastening* ~2x less likely to strip compared to slotted heads*

  • 3. Enhanced Torque Resistance Performance

  • With optimized torque resistance design, you can maintain secure fastening under high-stress industrial applications* ~40% higher resistance than standard machine screws*

  • 4. Vibration-Proof Thread Locking Technology

  • With blue dyed Nylok thread locking compound, you can prevent loosening caused by vibrations or temperature fluctuations in dynamic environments* ~90% reduction in loosening incidents compared to non-locking screws*

  • 5. DIN Standard Compliance

  • Complying with DIN standards, you can ensure seamless integration with global industrial machinery specifications* ~Guaranteed compatibility with 95% of European machinery designs*

  • Thought Process

    • Material Technology: Highlighted corrosion resistance via

Product details

Advanced Industrial Machinery Nylon Nylok Patch Screw Button Head Optimized Torque Resistance Oval Style Metric Measurement

The Advanced Button Head Nylon Nylok Patch Screw is engineered for high-stress industrial applications, featuring optimized torque resistance and vibration-proof thread locking. Designed with DIN-compliant metric threads and diverse material options, these screws ensure reliability in machinery, automotive, and construction environments.

Technical specifications

FeatureSpecificationApplication Scenario
Material304 Stainless Steel, Steel, Carbon SteelCorrosive environments, general industrial use
Thread LockingBlue Dyed Nylon Nylok CompoundVibration-resistant assemblies in machinery
Head TypeButton HeadSmooth surfaces in machinery housings
Thread TypeFine Metric Threads (M2.6 to M20)Precision applications requiring high torque
Finish OptionsBlack Oxide, Zinc-Aluminum CoatedEnhanced corrosion resistance in outdoor settings
Length Range1.2mm to 280mmCustom fit for varied machinery components
ComplianceDIN StandardsEnsures compatibility with international specs

Customization guide

Adjust lengths (1.2mm–280mm) and thread sizes (M2.6–M20) to match specific machinery needs. Choose materials like 304 stainless steel for corrosive environments or carbon steel for cost-effective general use. Surface finishes (e.g., black oxide) can be customized for additional protection.

Get inspired

With fine metric threads, you can ensure precise torque in machinery. The blue nylon nylok compound prevents loosening in vibrating environments. Choose from a range of lengths to fit your equipment’s exact specifications.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Torque ResistanceStandard+15% Enhanced+30% Premium*
MaterialCarbon Steel304 Stainless Steel304 + Zinc-Aluminum Coating
Thread LockingBasicEnhancedPremium (Blue Nylok)
Chemical ResistanceLowModerateTriple Industry Standard

Supplier's note

  1. Optimized Torque Resistance: The Pro Model’s +30% torque capacity ensures secure fastening in high-torque machinery.
  2. DIN Compliance: All models meet DIN standards, simplifying global machinery integration.
  3. Premium Thread Locking: The Pro’s blue nylok compound provides 3x stronger vibration resistance than standard models.

Version Selection Guide:

  • Base Model: Ideal for light-duty machinery (e.g., office equipment) where cost efficiency is prioritized.
  • Advanced Model: Suitable for corrosive environments (e.g., marine applications) with moderate torque demands.
  • Pro Model: Designed for heavy industrial use (e.g., automotive assembly lines) requiring extreme durability and vibration resistance. Pair its 304 stainless steel with zinc-aluminum coating to withstand harsh chemicals, ensuring long-term reliability.

Frequently asked questions

  • Which model of button head nylon nylok patch screw is best suited for high-vibration industrial machinery?

  • How do I maintain the black oxide finish on these screws to prevent corrosion?

  • What are the advantages of 304 stainless steel over carbon steel for these screws?

  • Can these screws be customized for non-standard lengths or thread sizes?

  • Is the thread locking compound on these screws FDA-approved for food-grade machinery?

  • How does the nylon nylok patch improve torque resistance in these screws?

  • What does the blue color of the thread locking compound indicate for these screws?

  • Are the set screws (4mm) included in standard packs suitable for precision machinery?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material CompositionCorrosive environments, marine machinery
Industry: Carbon steel (ASTM A36)
Our Base: Steel (SAE 1020)
Our Advanced: 304 stainless steel (ASTM A240) (▲▲▲)
Advanced: 300% better corrosion resistance (▲▲▲)
Base: Cost-effective
Advanced: 20% heavier (▲)
Base: Prone to rust in humid conditions
Thread Locking TechVibrating machinery, automotive
Industry: No locking
Our Base: Plain thread
Our Advanced: Nylok + blue Loctite (ASTM F2129) (▲▲▲)
Advanced: Withstands 10,000 vibration cycles (▲▲▲)
Base: Lower cost
Advanced: Requires specialized tools for removal (▲)
Base: Risk of loosening
Thread SpecificationsPrecision engineering, tight spaces
Industry: Coarse thread (DIN 13)
Our Base: Standard thread (DIN 13)
Our Advanced: Fine thread (pitch ≤1.5mm, DIN 13) (▲▲)
Advanced: 40% higher thread engagement (▲▲)
Base: Easier installation
Advanced: Requires precise tapping (▲)
Base: Less torque capacity
Finish & CoatingsOutdoor equipment, high-temperature
Industry: Zinc plating (ASTM B633)
Our Base: Plain finish
Our Advanced: Black oxide (MIL-DTL-13924) + blue dyed (▲▲)
Advanced: 500°C heat resistance (▲▲)
Base: Simplest finish
Advanced: Adds 10% weight (▲)
Base: Less durable in harsh environments
Length & Size VariantsCustom machinery, varied applications
Industry: Limited range (e.g., 5–100mm)
Our Base: 1.2–280mm (ISO 2768)
Our Advanced: Customizable lengths (▲▲▲)
Advanced: 10x more length options (▲▲▲)
Base: Standard range
Advanced: Higher inventory cost (▲)
Base: Less adaptable to niche needs
Torque ResistanceHeavy machinery, high-tension
Industry: 60 Nm
Our Base: 80 Nm
Our Advanced: 120 Nm (▲▲▲)
Advanced: 200% higher load capacity (▲▲▲)
Base: Sufficient for moderate use
Advanced: Heavier (▲)
Base: Risk of thread stripping under stress

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