Peach Pink Anodized 6061 Aluminum Nylon-Insert Lock Nuts

Peach Pink Anodized 6061 Aluminum Nylon-Insert Lock Nuts

Custom Color-Matched Lightweight Locknuts for Bicycle Accessories, Motorcycle Components, Motorsport Equipment and OEM Manufacturing

JUXIN FASTENERS manufactures custom industrial fasteners for OEM, Tier-1 and Tier-2 manufacturers, mechanical engineers, production managers and international procurement teams.

Our peach pink anodized 6061 aluminum nylon-insert hex lock nuts combine a lightweight aluminum alloy body with a retained non-metallic locking insert and a distinctive metallic pink finish.

The product is intended for suitable assemblies where visible hardware, controlled color appearance, reduced component mass and prevailing-torque performance are relevant to the finished design.

Unlike standard silver industrial locknuts, this version emphasizes customer-approved anodized color matching for branded bicycle accessories, 

mountain bike equipment, motorcycle components and specialized mechanical products.

The locking insert creates rotational resistance when engaged by a mating threaded fastener. 

This feature can help resist unintended loosening when the complete joint has been correctly engineered and assembled.

JUXIN FASTENERS supports OEM/ODM custom manufacturing, CNC machining, made-to-drawing components, approved surface finishes and industrial batch production.

Product Identification and Specifications

The final dimensions, material condition, surface finish and locking performance must be confirmed against the approved engineering documents.

Why Peach Pink Aluminum Locknuts Are Different

Peach pink is a specialized anodized appearance that may be selected by bicycle accessory brands, motorcycle equipment manufacturers and producers of customized mechanical products.

Its commercial value is primarily associated with coordinated product appearance.

However, the fastener must also satisfy the functional requirements of the assembly.

For OEM engineering teams, product selection involves three separate decisions:

1. Is aluminum alloy 6061 mechanically suitable for the joint?

2. Does the nylon insert provide the required prevailing-torque performance?

3. Can the anodized finish meet the approved appearance and production requirements?

A successful design must address all three.

Peach Pink vs. Coral Pink vs. Rose Gold

These terms are sometimes used inconsistently in commercial fastener listings.

The actual product color should be determined by an approved physical master sample.

A photograph or color name alone is not a sufficient acceptance specification.

Anodized Color Matching for OEM Bicycle and Motorcycle Brands

Anodized aluminum finishes may vary according to material and processing conditions.

For branded accessory manufacturing, color consistency is especially important when several components are installed together.

A customer may require matching fasteners, brackets, decorative hardware and other anodized aluminum parts.

However, identical processing conditions do not always produce identical appearance across different alloys or surface textures.

Recommended OEM Color Approval Process

Where appearance is important, customers should specify the inspection lighting, viewing conditions and acceptable variation.

A digital image should not be the sole color acceptance reference.

Polishing, Anodizing and PVD: Different Manufacturing Processes

Polishing is a mechanical surface preparation process that changes surface texture and reflectivity.

Anodizing is an electrochemical process that forms an oxide layer on aluminum.

PVD is a separate coating process involving deposition of material onto a surface.

These processes are not interchangeable.

The actual manufacturing and finishing route must be specified for each order.

6061 Aluminum Alloy: Material Engineering

6061 is an aluminum-magnesium-silicon alloy used in many machined components.

Its low density is relevant to lightweight equipment design.

However, mechanical strength depends on the alloy temper and processing condition.

6061-T6, for example, must not be treated as mechanically identical to annealed 6061.

The required material temper should be identified on the drawing or purchase specification.

Material Density Reference

For equal solid metal volume, 6061 aluminum is approximately 66% lighter than carbon steel.

Actual nut weight depends on geometry.

Lower density does not establish equal loadability.

How the Nylon-Insert Locking Feature Works

The nut contains a retained polymer insert positioned to engage the mating bolt.

During installation, the bolt thread locally deforms the insert.

This creates resistance to rotation, known as prevailing torque.

Prevailing torque is not the same as the torque required to produce joint preload.

Engineers should consider both values when establishing an installation procedure.

The locking performance depends on the insert design, polymer formulation, mating bolt, thread tolerances, temperature, lubrication and reuse history.

Nylon-Insert vs. All-Metal Prevailing-Torque Nuts

A nylon-insert locknut uses polymer-to-thread interference.

An all-metal prevailing-torque locknut uses controlled metallic deformation.

These are different locking systems.

Selection should account for operating temperature, mechanical loading, chemical exposure, reuse and assembly requirements.

Metric Thread Sizes and Inch Diameter References

The listed metric product family includes M3, M4, M5, M6, M8, M10 and M12.

These are standard metric coarse-thread references.

Actual thread pitch, tolerance and product availability must be verified.

The inch values represent nominal diameter conversions only.

They do not represent interchangeable American thread sizes.

Metric Fine-Thread Engineering Options

Custom metric fine-thread requirements may be evaluated.

Examples include M6 × 0.75, M8 × 1.0, M10 × 1.25 and M12 × 1.25.

These are engineering examples rather than confirmed stock specifications.

UNC and UNF Threads for American OEM Manufacturing

JUXIN FASTENERS can evaluate custom American inch-series thread designs according to customer drawings.

These are recognized thread designations for engineering reference.

They do not imply that every combination is stocked or already qualified for manufacture.

Important Thread Compatibility Notice

Metric, UNC, UNF, BSW and BSF are separate thread systems.

They are not directly interchangeable.

For example, M6 × 1.0 cannot be substituted for 1/4-20 UNC.

The actual mating thread dimensions and tolerances must be verified.

Bicycle Accessory Manufacturing

Bicycle accessory brands may evaluate peach pink aluminum nylon-insert locknuts for suitable visible mounting applications.

Potential uses include:

• Bicycle computer brackets.

• Auxiliary lighting mounts.

• Sensor fixtures.

• Approved accessory carriers.

• Non-critical equipment holders.

The finish may coordinate with custom-colored accessory components.

Engineering suitability must be verified independently of appearance.

Mountain Bike and MTB Equipment

Mountain bike accessories may experience vibration, impact, moisture and repeated maintenance.

Potential applications include suitable accessory brackets, electronics mounts and auxiliary equipment fixtures.

Engineers should review:

• Aluminum thread strength.

• Prevailing-torque retention.

• Mating bolt compatibility.

• Fatigue exposure.

• Environmental corrosion.

• Installation torque.

• Reuse requirements.

These nuts must not automatically replace specified hardware in brake, steering, suspension or wheel-retention assemblies.

Performance Road Cycling Equipment

Road cycling accessory manufacturers may consider lightweight aluminum locknuts for suitable low-load accessories.

Potential applications include instrumentation brackets, electronics holders and non-critical mounting fixtures.

The peach pink finish may be used to coordinate a product collection or limited-edition accessory series.

Motorcycle Accessory Manufacturing

Motorcycle equipment suppliers may evaluate colored aluminum locknuts for selected non-critical assemblies.

Potential applications include:

• Instrumentation brackets.

• Camera mounting accessories.

• Sensor fixtures.

• Approved fairing accessories.

• Lightweight equipment holders.

Motorcycle environments may involve vibration, temperature changes and repeated servicing.

The complete fastening joint must be validated.

Safety-critical motorcycle connections require separately qualified fasteners.

Motorsport and Racing Equipment

Motorsport equipment manufacturers may evaluate lightweight aluminum locknuts for suitable auxiliary applications.

Examples include:

• Racing data acquisition brackets.

• Electronics mounting fixtures.

• Instrumentation supports.

• Non-critical equipment covers.

• Workshop testing fixtures.

The product must not automatically replace specified high-strength fasteners in suspension, braking, steering or drivetrain systems.

Automotive OEM and Tier-1 Manufacturing

Potential applications include approved non-critical sensor mounts, instrumentation brackets and lightweight accessory fixtures.

Automotive engineering teams must evaluate mechanical loading, fatigue, vibration, temperature and material compatibility.

Medical Equipment Manufacturing

Potential applications include laboratory equipment brackets, non-patient-contact instrument fixtures and external accessory mounts.

Medical equipment manufacturers must assess cleaning compatibility, material traceability and applicable regulatory requirements.

No medical-device certification is claimed.

Food Machinery Manufacturing

Potential applications include suitable external machinery accessories and non-food-contact equipment fixtures.

Washdown chemicals, temperature and contamination risks must be considered.

No food-contact certification is claimed.

Electrical Power Equipment Manufacturing

Potential applications include selected control cabinet accessories and instrumentation fixtures.

Electrical grounding, conductivity, insulation and thermal requirements must be evaluated independently.

A nylon insert does not automatically make the assembly electrically insulated.

AI Data Center Cabinet Manufacturing

Potential applications include suitable:

• Cabinet accessory brackets.

• Auxiliary sensor mounts.

• Cable-management fixtures.

• Non-critical equipment covers.

Engineers should evaluate installation access, sheet metal thickness, joint preload and electrical grounding.

Where one-sided installation is required, rivet nuts or self-clinching fasteners may be more suitable.

Telecommunications Equipment Manufacturing

Potential applications include non-critical enclosure accessories, cable-management brackets and instrumentation supports.

Outdoor installations require evaluation of moisture, corrosion and temperature cycling.

Semiconductor Equipment Manufacturing

Potential applications include suitable external instrumentation brackets and non-process auxiliary fixtures.

Nylon inserts may be inappropriate for vacuum, high-temperature or contamination-sensitive environments.

Energy Equipment Manufacturing

Potential applications include selected monitoring brackets, energy storage enclosure accessories and auxiliary equipment covers.

Thermal cycling, electrical safety and environmental compatibility must be assessed.

Rail Transit Equipment Manufacturing

Potential applications include approved non-critical instrumentation brackets and auxiliary equipment fixtures.

Rail applications may require specific vibration, fatigue, fire, smoke and environmental qualification.

Marine Equipment Manufacturing

Potential applications include selected non-critical instrumentation mounts and equipment accessories.

Galvanic corrosion must be evaluated where aluminum contacts dissimilar metals in conductive environments.

Electronics and Electrical Appliance Manufacturing

Potential applications include suitable equipment housings, instrumentation brackets and lightweight accessory hardware.

Electrical safety and operating temperature requirements must be reviewed.

HVAC Equipment Manufacturing

Potential applications include control cabinet accessories, instrumentation brackets and non-critical equipment fixtures.

Vibration, moisture and temperature cycling should be considered.

Robotics and Industrial Automation

Potential applications include lightweight sensor brackets, precision fixtures and auxiliary instrumentation mounts.

Dynamic loading, fatigue and prevailing-torque performance must be evaluated.

Engineering Decision: When Should an OEM Choose Aluminum Instead of Steel?

The choice should be based on actual assembly requirements.

Aluminum should not be selected solely because it is lighter or more visually distinctive.

Aluminum Thread Stripping and Installation Torque

Thread stripping is a critical risk when aluminum internal threads are overloaded.

Relevant variables include:

• Alloy temper.

• Nut height.

• Thread engagement.

• Mating bolt strength.

• Thread tolerances.

• Installation torque.

• Required joint preload.

Steel locknut tightening values should not automatically be applied to aluminum locknuts.

Nylon Insert Temperature and Reuse

The operating temperature capability depends on the actual nylon formulation and finished product design.

A universal temperature range must not be assumed.

Repeated installation and removal may reduce prevailing-torque performance.

Reuse acceptance should follow the agreed specification and testing criteria.

Galvanic Corrosion and Mating Bolt Materials

Aluminum may experience galvanic corrosion when electrically connected to dissimilar metals in the presence of an electrolyte.

Risk factors include:

• Mating bolt material.

• Moisture exposure.

• Coating condition.

• Electrical contact.

• Joint geometry.

• Maintenance conditions.

Anodizing does not automatically eliminate galvanic corrosion risk.

JUXIN FASTENERS Manufacturing Capabilities

JUXIN FASTENERS is an industrial fastener manufacturer supporting OEM/ODM projects and industrial batch production.

Our broader manufacturing capabilities include:

• Cold heading and cold forming.

• CNC machining.

• Threading and secondary machining.

• Product-specific secondary operations.

• Customer-defined surface finishing.

• Made-to-drawing production.

• Industrial batch manufacturing.

The actual manufacturing route for a 6061 aluminum locknut depends on material temper, component geometry, tolerances and production requirements.

Not every aluminum locknut is necessarily cold formed.

Custom CNC Machining and Product Geometry

Customer-specific designs may require:

• Special hex dimensions.

• Modified nut height.

• Precision internal threads.

• Customized locking insert retention geometry.

• Special flange configurations where specified.

• Additional machining features.

Engineering feasibility must be reviewed against the approved drawing.

OEM/ODM Customization Options

JUXIN FASTENERS can evaluate:

• Metric coarse and fine threads.

• UNC and UNF threads.

• Customer-specified 6061 temper.

• Special nut dimensions.

• Peach pink anodized appearance.

• Approved physical color samples.

• Surface texture requirements.

• Nylon insert specifications.

• Prevailing-torque requirements.

• Mechanical acceptance criteria.

• Custom packaging.

• Industrial batch quantities.

Quality Inspection for Appearance-Sensitive Locknuts

For an OEM product where color is important, quality control should address both functional and cosmetic requirements.

The actual inspection plan and acceptance limits must be agreed for each customer program.

Engineering Standards and Technical References

ISO 10511 and DIN 985

DIN 985 is a historical designation associated with thin nylon-insert hex locknuts.

ISO 10511:2025 specifies thin prevailing-torque hexagon nuts with non-metallic inserts in steel and stainless steel.

These references do not automatically establish conformity for a custom 6061 aluminum locknut.

ISO 7040 and ISO 7041

ISO 7040:2025 covers regular-height prevailing-torque hexagon nuts with non-metallic inserts.

ISO 7041:2025 covers high prevailing-torque hexagon nuts with non-metallic inserts.

The correct dimensional configuration must be determined from the approved drawing.

ISO Metric Thread Standards

Relevant thread references include:

• ISO 261 — Metric thread selection.

• ISO 724 — Basic metric thread dimensions.

• ISO 965 series — Metric thread tolerances.

ASME B1.1

ASME B1.1 provides requirements for Unified inch screw threads, including UNC and UNF.

It does not independently certify a finished aluminum locknut.

ASME B18.16.6

ASME B18.16.6 addresses defined inch-series nylon-insert locknut designs.

Its material and performance provisions must be reviewed before applying it to a custom aluminum component.

Aluminum Material Specification

The required 6061 temper and raw material product form must be specified.

ASTM B221/B221M may be relevant to extruded aluminum bar stock within its scope.

A raw material standard does not independently certify the finished nut.

Customer-Approved Drawing Requirements

The final product specification should define:

• Base material and temper.

• Thread designation and tolerance.

• Nut dimensions.

• Nylon insert material and geometry.

• Anodizing process.

• Approved peach pink color reference.

• Prevailing-torque requirements.

• Mechanical performance requirements.

• Inspection and acceptance criteria.

Support for OEM Engineering and Purchasing Teams

Design and Mechanical Engineers

Review material suitability, thread loadability, joint preload and mating fastener compatibility.

Manufacturing Engineers

Evaluate installation tooling, tightening procedures, prevailing torque and surface protection.

Production Managers

Define assembly consistency, production handling, inspection requirements and batch identification.

Procurement and Supplier Development Teams

Confirm approved drawings, samples, material requirements, color approval and manufacturing feasibility.

Supply Chain Managers

Coordinate engineering revisions, purchasing quantities, packaging and delivery requirements.

Frequently Asked Questions

What are peach pink aluminum nylon-insert lock nuts?

They are 6061 aluminum hex locknuts with retained nylon locking inserts and a peach pink anodized appearance.

Are peach pink and coral pink the same color?

Not necessarily. The approved physical sample should determine the final color.

Are these made from titanium?

No. The specified body material is aluminum alloy 6061.

What metric sizes are listed?

M3, M4, M5, M6, M8, M10 and M12.

Can JUXIN manufacture American UNC or UNF threads?

Customer-specific inch-series designs can be evaluated against engineering drawings.

Are metric and UNC threads interchangeable?

No. They are different thread systems.

Can these nuts be used on mountain bikes?

They may be considered for suitable non-critical accessories after engineering validation.

Can they be used on motorcycles and racing vehicles?

They may be evaluated for approved auxiliary assemblies, not automatically for safety-critical joints.

Can JUXIN match a customer's anodized pink color?

Customer-defined appearance requirements can be evaluated using an approved physical master sample.

Can aluminum locknuts replace steel Class 10 locknuts?

Not automatically. Aluminum loadability must be independently evaluated.

Can nylon-insert locknuts be reused?

Reuse depends on prevailing-torque performance and the applicable acceptance requirements.

Are these suitable for high temperatures?

Only when the insert and finished assembly have been validated for the intended operating conditions.

Does JUXIN support OEM/ODM production?

Yes. JUXIN supports made-to-drawing custom fastener manufacturing and industrial batch production.

Request a Quote — Peach Pink 6061 Aluminum Nylon-Insert Lock Nut Manufacturer

JUXIN FASTENERS manufactures standard and custom-engineered industrial fasteners for international OEM, Tier-1 and Tier-2 manufacturing programs.

We support custom aluminum locknut projects for bicycle accessories, mountain bike equipment, motorcycle components, motorsport auxiliary systems and precision industrial equipment.

Our manufacturing capabilities include cold heading, cold forming, CNC machining, threading, secondary operations and customer-defined surface finishing.

Recommended RFQ Information

• Required metric or UNC/UNF thread.

• Aluminum 6061 temper.

• Customer 2D drawing or 3D CAD model.

• Nut height and hex dimensions.

• Nylon insert material requirements.

• Mating bolt specification.

• Required joint preload.

• Prevailing-torque acceptance criteria.

• Operating temperature and environment.

• Peach pink anodized finish specification.

• Approved physical color sample.

• Mechanical performance requirements.

• Inspection and testing criteria.

• Order quantity and annual forecast.

• Packaging and delivery requirements.

Please send your drawings, technical specifications and purchasing requirements for engineering review and quotation.

JUXIN FASTENERS

Industrial Fastener Manufacturer | OEM/ODM Custom Fastener Manufacturing | Cold Heading, Cold Forming & CNC Machining

Website: https://www.juxinfasteners.com/

Email: info@juxinfasteners.com

Packaging Standard

At Juxin Fasteners, we apply standardized export packaging to ensure product protection, traceability, and compliance with international logistics requirements.

1. Standard Export Packaging

Unless otherwise specified, all products will be packed according to our factory standard export packaging, which includes:

Moisture-resistant inner protection

Poly bag or small box packing as required

Reinforced export cartons

Clear labeling with part number, specification, batch number, and quantity

Palletizing for sea or air shipment when necessary

Our standard packaging is designed to ensure safe transportation, efficient warehousing, and long-distance international shipping.

2. Customized Packaging Options

We also provide customized packaging solutions according to customer requirements, including but not limited to:

Private labeling

Customized barcodes

Specific carton dimensions

Retail packaging

Special pallet configuration

Customer-specific marking and identification

So that you know, customized packaging may involve additional costs and extended lead time depending on the complexity of the requirements.

3. Compliance & Quality Assurance

All packaging processes are controlled under our ISO 9001 quality management system to ensure consistency, traceability, and product integrity throughout the supply chain.