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Sep. 11, 2026
Selecting automotive plastic fasteners for vehicle assemblies requires more than identifying a clip by appearance or product name.
The correct component depends on the relationship between the fastener, mounting interface, panel or substrate, mating component, installation method, material, and application environment.
For interior trim, door panels, body-related components, wire routing, and other vehicle assemblies,
engineers and sourcing teams need to evaluate both the technical function and the supply requirements of the selected component.
A push-type retainer, fir tree clip, screw grommet, edge clip, or other automotive plastic fastener may be appropriate for one mounting interface but unsuitable for another because the hole geometry,
panel thickness, mating component, material, or installation requirements are different.
The same selection principle also applies when an automotive assembly combines plastic and metal fastening components.
For example, a rear spoiler mounting system may use a Rear Spoiler Clip together with an Automotive Spoiler Slide Bolt or other application-specific fastening hardware.
JUXIN FASTENERS manufactures customer-specific automotive plastic fasteners and supplies application-specific fastening components according to approved drawings, material requirements, mating conditions, and application requirements.
Plastic fastening components behave differently from conventional metal threaded fasteners.
Their function is often based on mechanical engagement between flexible polymer features and a mounting interface rather than a conventional bolt-and-nut joint.
Depending on the design, an automotive plastic fastener may use ribs, barbs, flexible legs, expandable sections, hooks, pins, or snap-fit features to retain or position a component.
This means the fastener should be evaluated as part of the complete mounting system.
A useful engineering selection sequence is:
Required Function → Mounting Interface → Fastener Geometry → Material → Installation Method → Application Environment → Supply Requirements
This sequence helps prevent a common sourcing problem: selecting a visually similar automotive plastic clip before confirming whether its mechanical interface actually matches the application.
For example, two clips may have similar heads but different shaft geometry, mounting-hole requirements, panel thickness ranges, or retention mechanisms.
They may therefore produce different assembly results even when their external appearance is similar.
The same principle applies to metal application-specific fasteners.
A standard bolt may not provide the same interface as an Automotive Spoiler Slide Bolt designed with a head geometry that engages a mounting slot, track, or channel.
The selection process should focus on the specified application rather than assuming that a generic product category is interchangeable.
The first question should be:
What does the fastener need to do in the assembly?
Depending on the vehicle application, the required function may include:
Retaining a panel or trim component
Positioning a component
Aligning mating parts
Maintaining a defined spacing relationship
Attaching a component to a mounting hole
Engaging a panel edge or flange
Routing and retaining a wire harness or cable
Providing a receiving interface for another fastener
Supporting a defined fastening interface
Providing a threaded fastening connection
Engaging a mounting slot, track, or channel
The function should be established before selecting the fastener type.
For example, a wire harness clip and an interior trim retainer may both be described generally as automotive plastic clips, but their required functions and mating geometries can be substantially different.
Likewise, a Rear Spoiler Clip may provide locating, retaining, positioning, spacing, or fastening-interface support within a rear spoiler assembly,
while an Automotive Spoiler Slide Bolt may provide the threaded fastening function.
The product name alone therefore does not provide enough information for engineering selection.
After defining the required function, the next step is to understand how the fastener will engage with the vehicle structure.
Important interface information may include:
Mounting-hole diameter
Hole shape
Hole tolerance
Panel or substrate thickness
Edge geometry
Mating bracket geometry
Available installation access
Installation direction
Required engagement features
Mounting slot, track, or channel geometry where applicable
The mounting interface is one of the most important factors in automotive fastener selection because plastic retainers and clips are often designed around a specific hole, edge, bracket, or mating profile.
Metal application-specific fasteners can also depend heavily on interface geometry.
An Automotive Spoiler Slide Bolt, for example, may use a specially shaped head that engages a mounting slot, track, or channel before final tightening.
The relevant mounting hole should be evaluated not only by nominal diameter but also by its shape, tolerance, location, and substrate characteristics.
A clip designed for one mounting-hole condition may not provide the intended installation or retention behavior when used with a different hole geometry.
This is why OEM engineering drawings and CAD data are particularly valuable when selecting customer-specific plastic fasteners.
Panel thickness can directly affect the engagement of a plastic retainer or clip.
Depending on the design, the fastener may have a defined engagement range associated with its head, legs, ribs, barbs, or other retention features.
If the panel is too thin or too thick for the intended geometry, the fastener may not provide the required fit or positioning relationship.
For OEM applications, the actual panel thickness and relevant dimensional tolerances should therefore be considered during fastener selection.
Once the mounting interface is understood, engineers can evaluate the appropriate fastener geometry.
Common automotive plastic fastener types include:
Push-type retainers are commonly used where a component needs to be attached through a prepared mounting interface.
Depending on the design, they may use a center pin, expandable legs, flexible sections, or other mechanisms to engage the mounting hole.
They can be considered for applications where the assembly process requires push-in installation.
Fir tree clips generally use multiple flexible ribs or barbed features to engage a mounting hole or substrate.
The appropriate design depends on the hole dimensions, panel thickness, substrate material, clip geometry, and required retention behavior.
Screw grommets provide a plastic receiving interface for a metal screw or similar threaded fastener.
They can be useful where a threaded fastening interface is required within a plastic or panel assembly.
Selection may depend on the screw specification, mounting-hole geometry, panel characteristics, and required assembly method.
Edge clips are designed to engage the edge or flange of a panel or substrate.
Depending on the design, they may be used for trim attachment, component positioning, wire routing, or other application-specific functions.
The relevant panel thickness, edge profile, mating component, and installation direction should be evaluated before selecting the clip.
Trim and moulding clips are commonly designed around a particular trim profile and mounting interface.
The clip geometry should be matched to the mating moulding or trim component rather than selected solely according to the general description "automotive trim clip."
Wire harness and cable clips are designed around routing and attachment requirements.
The cable or harness dimensions, mounting location, attachment method, routing path, installation direction, and surrounding clearance can all influence the appropriate clip design.
An Automotive Spoiler Slide Bolt is an application-specific metal fastening component used in rear spoiler mounting systems.
Unlike a conventional bolt selected only by thread size, a spoiler slide bolt can incorporate a special head geometry intended to engage with a mounting slot, track, or channel in the spoiler mounting structure.
The typical installation concept can be described as:
Slide → Position → Engage → Tighten
The bolt is positioned within the relevant mounting feature, adjusted to the required location, engaged with the mating geometry, and then tightened according to the customer's assembly requirements.
Depending on the specific head and mating geometry, the engagement may also help resist rotation during final tightening.
The actual anti-rotation behavior depends on the relationship between the bolt head and the customer's mounting slot, track, or channel.
JUXIN FASTENERS supplies Spoiler Bolts and Automotive Spoiler Slide Bolts in customer-specified configurations.
Representative product configurations include:
M5 and M6 thread sizes
M6 × 14
M6 × 20
Property Class 8.8
Property Class 10.9
Color Zinc finish
Zinc-Nickel Alloy finish
Black Zinc finish
Certain configurations may also include a pre-applied thread-locking patch when specified for the application.
The final thread size, length, property class, head geometry, finish, and other requirements should be established from the customer's approved drawing and application specification.
This makes the Automotive Spoiler Slide Bolt a useful example of why automotive fastener selection should consider the complete mating interface rather than thread size alone.
After identifying the required geometry, the polymer material should be evaluated against the application's mechanical, dimensional, environmental, and assembly requirements.
Common material families considered for automotive plastic fastening components include Nylon / PA, POM / Acetal, and PP, depending on the customer's specification.
Nylon may be considered for applications requiring a combination of mechanical properties, flexibility, and retention behavior.
However, Nylon can absorb moisture, and moisture absorption may influence dimensional and mechanical behavior.
For applications where dimensional stability is important, engineers should evaluate the selected Nylon grade together with the expected moisture exposure and operating conditions.
POM / Acetal may be considered where rigidity, dimensional stability, low-friction behavior, or other application-specific characteristics are relevant.
Its suitability depends on the component geometry, mating materials, operating conditions, and required production characteristics.
PP may be considered for applications where its flexibility, chemical characteristics, density, or other material properties are compatible with the intended fastening function.
The selected grade should be matched to the actual application rather than assuming that all PP materials have identical performance.
There is no single polymer that should be treated as the universal material for automotive plastic fasteners.
Material selection may consider:
Mechanical requirements
Retention behavior
Flexibility
Dimensional stability
Moisture exposure
Temperature conditions
Chemical or environmental exposure
Mating materials
Installation method
Service requirements
Production requirements
JUXIN FASTENERS manufactures customer-specific components using polymer materials and grades specified in the approved customer data package.
Mechanical requirements should be defined according to the actual function of the fastener.
Not every automotive plastic clip carries the same type of mechanical load.
Depending on the application, the component may be required primarily to maintain position, retain a trim panel, engage a mounting interface, support a component, or provide another defined fastening function.
Engineers should consider the expected forces and loading conditions relevant to the specific assembly, including where applicable:
Pull-out requirements
Insertion requirements
Extraction requirements
Repeated installation or service
Component movement
Thermal expansion and contraction
Application-specific cyclic loading
The important point is that retention performance is a system property.
The fastener geometry, polymer behavior, mounting-hole condition, substrate, panel thickness, and mating component all contribute to the resulting assembly behavior.
A higher-retention clip is not automatically the correct choice if its installation or service characteristics do not match the application.
For metal fastening components such as an Automotive Spoiler Slide Bolt, the relevant requirements may instead include thread specification, property class,
head geometry, mating slot or channel geometry, finish, tightening requirements, and the overall mounting arrangement.
Automotive plastic fasteners can experience different environmental conditions depending on their location within the vehicle.
Interior, underbody, exterior trim, engine-adjacent, electrical, and other applications may have different temperature, moisture, chemical, and exposure requirements.
Temperature changes can influence polymer dimensions and mechanical behavior.
Engineers should therefore consider the expected operating and storage conditions when selecting the material and fastener design.
Moisture exposure can be particularly relevant to polymers such as Nylon because moisture absorption can affect dimensional and mechanical characteristics.
The expected environment and selected material grade should be evaluated together.
Depending on the application, the fastener may be exposed to cleaning agents, automotive fluids, road contaminants, or other chemicals.
The relevant chemical environment should be considered when specifying the polymer.
Exterior automotive fasteners may require evaluation for environmental exposure associated with their location.
This does not mean that every exterior clip requires the same material or environmental specification.
The appropriate requirements should be established from the actual vehicle application.
For metal components used in exterior applications, finish selection may also form part of the specification.
For example, Automotive Spoiler Slide Bolts can be supplied with customer-specified finishes such as Color Zinc, Zinc-Nickel Alloy, or Black Zinc, subject to the required application specification.
Fastener selection should also reflect how the component will be installed.
Common installation approaches for automotive plastic fastening components can include:
Push-in installation
Snap-fit engagement
Edge engagement
Pin-assisted expansion
Screw-assisted fastening
Other application-specific installation methods
The installation direction and available assembly access can influence the suitable fastener geometry.
For high-volume vehicle assembly, engineers and manufacturing teams may also need to consider how the component interacts with the intended assembly process.
The selected fastener should provide an installation method compatible with the customer's defined production requirements.
For an Automotive Spoiler Slide Bolt, the installation sequence can involve positioning the bolt within the mounting slot or channel,
engaging the head geometry with the mating feature, positioning the spoiler component, and completing final tightening according to the customer's assembly requirements.
Some vehicle assemblies are designed to allow service or removal of trim and other components.
In these applications, the fastener may need to balance retention during normal use with a defined removal method.
Service requirements may include:
Required extraction method
Reusability requirements, where specified
Accessibility
Replacement requirements
Potential damage to mating components
Service technician access
A clip designed primarily for one-time assembly should not automatically be substituted for a component requiring repeated service.
The appropriate service characteristics should be defined by the vehicle or component design.
For assemblies using a combination of plastic clips and metal fastening components, the service requirements of each component should be evaluated separately as part of the complete assembly.
The correct automotive plastic fastener can vary significantly by vehicle zone.
Interior trim applications may include:
Door trim
Pillar trim
Headliners
Dashboard components
Instrument panel surrounds
Console components
Other interior panels
Selection may focus on mounting-hole geometry, panel thickness, trim profile, retention function, installation direction, material behavior, and service requirements.
For interior applications, the interaction between the fastener and surrounding trim components can also influence fit and unwanted movement.
The fastener should therefore be evaluated as part of the complete trim assembly.
Body-related applications can involve plastic retainers, clips, and other fastening components used with panels, garnish, mouldings, and brackets.
Selection may consider:
Substrate characteristics
Panel thickness
Mounting-hole geometry
Mating component
Retention requirements
Environmental exposure
Installation method
A body-panel retainer should be matched to the specific mounting interface rather than selected solely by generic product category.
Door and access panel assemblies can require clips that combine defined retention behavior with a practical installation and service method.
The clip must be compatible with both the panel and the underlying mounting structure.
Wire harness clips are selected according to the cable or harness geometry and the required attachment interface.
The design may engage a hole, edge, bracket, or other mounting structure.
Important considerations include cable size, routing path, clearance, attachment location, and installation direction.
Rear spoiler assemblies illustrate why automotive fastener selection should be performed at the system level.
A rear spoiler may incorporate both plastic and metal fastening components.
A Rear Spoiler Clip may provide locating, retaining, positioning, spacing, or fastening-interface support, depending on the design.
An Automotive Spoiler Slide Bolt may provide the threaded fastening function while its special head geometry engages a mounting slot, track, or channel.
Representative JUXIN FASTENERS Spoiler Bolt configurations include M5 and M6 sizes, with M6 × 14 and M6 × 20 as representative configurations.
Depending on the approved specification, property classes may include 8.8 or 10.9, with finishes such as Color Zinc, Zinc-Nickel Alloy, or Black Zinc.
Certain configurations may also use a pre-applied thread-locking patch when specified.
The clip and slide bolt should therefore not automatically be evaluated as interchangeable products. Their functions may be complementary within the same rear spoiler mounting system.
For more detailed application information, see the dedicated JUXIN FASTENERS guides on Rear Spoiler Clips, Automotive Rear Spoiler Fastening Components, and Automotive Spoiler Slide Bolts.
Automotive fastener selection involves several stakeholders, and each may evaluate the component from a different perspective.
Structural, mechanical, and design engineers typically need to establish whether the fastener is technically compatible with the intended assembly.
Important information may include:
Fastener geometry
Mounting-hole dimensions
Panel thickness
Mating component geometry
Retention mechanism
Material specification
Environmental conditions
Installation method
Service requirements
Relevant performance requirements
The engineer's central question is:
"Will this fastener provide the required function within this specific mounting interface?"
For application-specific components such as an Automotive Spoiler Slide Bolt, the engineer may additionally need to confirm:
Thread size and length
Property class
Head geometry
Mounting slot or channel geometry
Required finish
Tightening requirements
Mating component configuration
Procurement and supply chain teams need to translate the approved engineering requirement into a supply specification.
Their evaluation may include:
Supplier capability for the specified component
Material requirements
Drawing and specification control
Production quantities
Packaging requirements
Dimensional consistency
Documentation requirements
Sampling and approval requirements
Supply continuity
Commercial competitiveness
The procurement question becomes:
"Can this supplier consistently provide the approved component at the required quantity, specification, packaging, and commercial conditions?"
This distinction is important because a technically suitable clip is not automatically a suitable supply solution, and a commercially attractive component is not automatically technically interchangeable.
Once the engineering team has identified the required fastener type, the technical requirement should be converted into an accurate sourcing package.
A typical information package may include:
The drawing should define the required component geometry and relevant dimensional requirements.
3D CAD data can help suppliers understand the complete geometry and mating relationship.
Provide the mounting-hole dimensions, panel thickness, substrate information, edge profile, bracket geometry, or other relevant interface data.
For spoiler applications, this may also include the mounting slot, track, or channel geometry required for an Automotive Spoiler Slide Bolt.
Specify the required polymer family or grade where already defined by the engineering program.
For metal components, specify the required material, property class, finish, thread, and other relevant requirements according to the approved drawing.
Where relevant, provide temperature, moisture, chemical exposure, service, and other environmental requirements.
Identify the required installation direction and assembly method.
For slide-bolt applications, provide the relevant slot or channel engagement requirements and final tightening requirements.
Include target quantities, packaging, labeling, and other supply-chain requirements.
This information helps suppliers evaluate the actual component rather than quoting against an incomplete product description.
For engineering and procurement teams, the following decision sequence provides a practical way to narrow down the appropriate automotive plastic fastener or related application-specific fastening component:
1. What is the function?
Retention, positioning, alignment, spacing, routing, attachment, threaded fastening, or another defined function.
2. What is the mounting interface?
Hole, edge, flange, bracket, trim profile, mounting slot, track, channel, or another mating structure.
3. What are the interface dimensions?
Hole geometry, panel thickness, tolerances, clearances, thread dimensions, and mating dimensions.
4. What fastener geometry matches the interface?
Push retainer, fir tree clip, edge clip, screw grommet, trim clip, harness clip, slide bolt, or another application-specific design.
5. What material is appropriate?
Nylon / PA, POM / Acetal, PP, steel, or another specified material based on application requirements.
6. How will it be installed and serviced?
Push-in, snap-fit, edge engagement, slide-and-engage, screw-assisted, final tightening, removal requirements, and service access.
7. What environmental conditions apply?
Temperature, moisture, chemical exposure, corrosion considerations for metal components, and other application-specific conditions.
8. What are the supply requirements?
Quantity, packaging, documentation, consistency, sampling, approval, and customer change-control requirements.
This sequence provides a more reliable selection framework than choosing a component from a catalog based only on product name or visual similarity.
Several common mistakes can create problems during engineering development or procurement.
Two plastic clips can look similar but have different mounting interfaces or retention geometries.
Better approach: Compare the actual mounting interface and engineering requirements.
A clip may fit the mounting hole but still be unsuitable if the panel thickness does not match the intended engagement range.
Better approach: Provide the actual panel thickness and relevant tolerance information.
Different Nylon grades can have different characteristics.
Better approach: Specify the required polymer family and grade according to the approved engineering requirements.
Higher retention is not automatically better if the required installation or service characteristics are different.
Better approach: Balance retention, installation, service, and application requirements.
A catalog clip may appear similar but have different geometry or material.
Better approach: Verify the complete mating interface before approving an alternative.
An M6 bolt is not automatically equivalent to an M6 Automotive Spoiler Slide Bolt.
A spoiler slide bolt may have application-specific head geometry designed to engage a mounting slot, track, or channel.
Better approach: Evaluate thread specification, length, property class, head geometry, mounting interface, finish, and assembly requirements together.
A low-cost component that does not match the approved application can create additional engineering and supply risk.
Better approach: Establish technical suitability and specification alignment first, then compare commercial conditions.
JUXIN FASTENERS manufactures customer-specific automotive plastic fasteners, retainers, clips, and related fastening components according to approved customer specifications.
Customer-specific projects may include:
Automotive plastic clips
Automotive retainers
Interior trim clips
Panel retaining clips
Push-type retainers
Fir tree clips
Edge clips
Screw grommets
Wire harness and cable clips
Rear Spoiler Clips
Spoiler Bolts
Automotive Spoiler Slide Bolts
M6 Slide Bolts
Other application-specific fastening components
JUXIN FASTENERS works from customer engineering drawings, CAD data, material requirements, mounting-interface information, application conditions, and production requirements.
For Automotive Spoiler Slide Bolt projects, the required thread size, length, property class, head geometry, finish,
and mating slot or channel requirements are established according to the customer's approved technical documentation.
The final component geometry and material are established according to the customer's approved technical documentation.
This approach is particularly relevant when a standard catalog part does not match the required mounting-hole geometry,
panel thickness, mating component, retention function, thread specification, head geometry, or material specification.
For procurement and sourcing teams, an effective RFQ should communicate the technical requirement clearly enough for the supplier to evaluate the actual component.
Depending on the project, an RFQ package may include:
Part drawing
3D CAD file
Part name and application
Mounting-hole information
Panel thickness
Substrate material
Mating component
Required polymer grade
Installation method
Environmental conditions
Required quantities
Packaging requirements
For an Automotive Spoiler Slide Bolt, the RFQ should also identify, where applicable:
Thread size
Thread length
Property class
Head geometry
Mounting slot, track, or channel interface
Surface finish
Thread-locking patch requirement, if specified
Final assembly and tightening requirements
Required production quantity
If the component is already in production, information about the current part and its application may also help clarify the sourcing requirement.
The objective is not simply to obtain a unit price. It is to make sure that the quoted component corresponds to the intended engineering specification.
What are the key factors in automotive fastener selection?
The main factors include the required fastening function, mounting-hole or mounting-interface geometry, panel thickness, mating component,
fastener geometry, material, installation method, environmental conditions, service requirements, and production requirements.
How do I choose the right automotive plastic clip?
Start with the required function and mounting interface. Then evaluate the hole geometry, panel thickness, mating component,
retention mechanism, material, installation method, environmental conditions, and service requirements.
Why is mounting-hole tolerance important for automotive plastic clips?
Plastic clips often rely on mechanical engagement with a mounting hole. Changes in hole size, shape, or tolerance can influence installation and retention behavior,
so the relevant hole requirements should be considered together with the clip geometry.
How does panel thickness affect plastic fastener selection?
Panel thickness can affect how the clip's retention features engage with the substrate. The fastener should therefore be matched to the specified panel thickness and relevant dimensional requirements.
Which material is best for automotive plastic fasteners?
There is no universal best polymer for every application. Nylon / PA, POM / Acetal, PP, and other engineering polymers may be considered depending on the required mechanical, dimensional, environmental, assembly, and production characteristics.
Is Nylon suitable for all automotive plastic clips?
No. Nylon can be suitable for many fastening applications, but moisture absorption and other material characteristics should be considered. The appropriate Nylon grade should be selected according to the specific application.
Are automotive plastic clips interchangeable?
Not necessarily. Similar-looking clips can have different mounting-hole requirements, panel thickness ranges, retention mechanisms, materials, and installation methods.
What is an Automotive Spoiler Slide Bolt?
An Automotive Spoiler Slide Bolt is a metal fastening component used in certain rear spoiler mounting systems.
Its head geometry can be designed to engage a mounting slot, track, or channel, allowing the bolt to be positioned and engaged before final tightening according to the assembly requirements.
What sizes are available for Automotive Spoiler Slide Bolts?
JUXIN FASTENERS works with customer-specified configurations including M5 and M6 sizes.
Representative M6 configurations include M6 × 14 and M6 × 20. The final size and configuration should be established from the customer's approved drawing.
What property classes are available for JUXIN Spoiler Bolts?
Depending on the customer specification, JUXIN FASTENERS supplies Spoiler Bolts in property classes including 8.8 and 10.9.
The required property class should be selected according to the application and approved engineering specification.
What finishes can be specified for Automotive Spoiler Slide Bolts?
Depending on the approved specification, finishes can include Color Zinc, Zinc-Nickel Alloy, and Black Zinc.
The final finish should be matched to the customer's application requirements.
Are an Automotive Spoiler Slide Bolt and a Rear Spoiler Clip the same component?
No. They are different fastening components that may perform complementary functions within a rear spoiler assembly.
A Rear Spoiler Clip may provide locating, retaining, positioning, spacing, or fastening-interface support, while the Automotive Spoiler Slide Bolt provides the threaded fastening function.
What should OEM buyers include in an automotive plastic fastener RFQ?
An RFQ should include available drawings or CAD data, mounting-interface information, panel thickness, material requirements, application conditions, installation requirements, target quantities, and packaging requirements.
Can JUXIN FASTENERS manufacture custom automotive plastic fasteners?
Yes. JUXIN FASTENERS manufactures customer-specific automotive plastic fasteners, retainers, clips, and related fastening components according to approved drawings, material requirements, and application conditions.
Can JUXIN FASTENERS supply Automotive Spoiler Slide Bolts?
Yes. JUXIN FASTENERS supplies customer-specified Spoiler Bolts and Automotive Spoiler Slide Bolts,
including configurations such as M5 and M6, with representative M6 × 14 and M6 × 20 configurations.
Property class, finish, head geometry, and other requirements are established according to the approved customer specification.
Selecting the correct automotive plastic fastener starts with the application rather than the product name.
For engineers, the key is to establish the required function, mounting interface, geometry, material, installation method, and environmental conditions.
For procurement and supply chain teams, the next step is to translate those approved requirements into a clear sourcing package covering production quantity, packaging, documentation, and supply requirements.
The same principle applies to application-specific metal components.
An Automotive Spoiler Slide Bolt should be selected according to its thread, length, property class, head geometry, mounting interface, finish, and assembly requirements rather than thread size alone.
JUXIN FASTENERS supports customer-specific automotive fastener sourcing based on approved engineering drawings, CAD data, material requirements, mating interfaces, application conditions, and production requirements.
For automotive plastic clips, automotive retainers, interior trim clips, panel retaining clips, push-type retainers, Rear Spoiler Clips, Spoiler Bolts, Automotive Spoiler Slide Bolts, or other customer-specific automotive fastening components, send the relevant technical information to info@juxinfasteners.com.
Visit www.juxinfasteners.com to discuss your automotive fastener requirements with JUXIN FASTENERS.
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