Custom Plastic Buttons for Clothing

Jiewei is a plastic buttons manufacturer supplying custom plastic buttons for shirts, uniforms, coats, jackets and other apparel. Designed as both functional fasteners and visible garment details, our plastic clothing buttons can be developed in custom sizes, shapes, colors and thicknesses, with two-hole, four-hole or shank structures selected to suit the fabric weight, buttonhole, sewing method and collection design.

For custom plastic buttons with your logo, available options may include embossing, debossing or engraving, depending on the selected button structure. If you are sourcing plastic buttons in bulk, send us your artwork, reference photo or physical sample together with the required size, color, quantity and garment application. We will review the specifications and sampling requirements before preparing your quotation.

Custom Plastic Button Specifications

Specification	Available Options
Material	Polyester resin, urea resin, ABS, nylon and acrylic.
Size	Common garment button sizes or custom diameters specified in millimetres or lignes.
Thickness	Custom thicknesses developed according to the button size, structure and garment application.
Shape	Round, square, oval or custom shapes.
Button Structure	2-hole, 4-hole or shank buttons.
Color / Finish	Standard or custom colors with matte, glossy, transparent, translucent, pearlescent, marbled, textured or imitation-natural effects.
Logo Technique	Embossing, debossing, laser engraving, screen printing, pad printing or color-filled effects.

Develop custom plastic buttons by selecting the material, style, size, attachment and surface finish required for your garment collection. Each specification can be adjusted to match your design, fabric weight, buttonhole construction and approved sample.

Customize Your Plastic Buttons

CUSTOM SIZE & SHAPE

Develop the diameter, thickness, profile and shape according to your garment design and finished buttonhole.

COLOR MATCHING

Match the button color to a Pantone reference, fabric swatch or approved physical sample.

SURFACE EFFECTS

Choose from matte, glossy, transparent, translucent, pearlescent, marbled, textured or imitation-natural effects, subject to the selected material and design.

CUSTOM LOGO

Add your logo through embossing, debossing, laser engraving, screen printing, pad printing or color-filled details, depending on the material, button structure and artwork.

ATTACHMENT STRUCTURE

Select a 2-hole, 4-hole or shank structure according to the required appearance, fabric layers and sewing method.

SAMPLE DEVELOPMENT

Confirm the material, dimensions, color, finish, logo position, buttonhole fit and sewing details before bulk production.

Types of Custom Plastic Buttons for Garments

Plastic buttons are available in different constructions to meet specific requirements for appearance, attachment method and garment application. Compare plastic shank, 2-hole, 4-hole and snap buttons before confirming the button structure, size and production sample.

Plastic Shank Buttons

Attachment: Sew-on rear shank
Size Reference: Diameter in ligne / mm
Shank Details: Shank construction, total height and opening
Design Direction: Shape, profile, face design, color, finish and logo
Common Applications: Coats, jackets, knitwear, dresses and uniforms

Plastic shank buttons have a hollow projection on the back through which the attachment thread passes. The shank may be moulded as part of the button or fitted as a separate component, leaving the face free from visible sewing holes. Diameter, face profile, total height and shank opening should be matched to the garment layers and buttonhole. A sample buttonhole should be checked with the complete button profile, especially for domed buttons or designs with a taller shank.

2-Hole Plastic Buttons

Hole Layout: Two face holes
Size Reference: Diameter, thickness and edge profile
Sewing Fit: Hole diameter and center-to-center spacing
Design Direction: Shape, color, transparency, surface effect and logo detail
Common Applications: Shirts, blouses, dresses, cardigans and knitwear

Two-hole plastic buttons are sewn through two visible holes on the button face. Diameter, thickness and edge profile affect how the button passes through the garment buttonhole, while hole size and spacing affect the thread path and sewing setup. On thicker fabric layers, the attachment method may need to leave a small thread shank beneath the button rather than pulling it completely flat against the fabric.

4-Hole Plastic Buttons

Hole Layout: Four face holes
Size Reference: Diameter, thickness and edge profile
Sewing Fit: Hole diameter, spacing and stitch pattern
Design Direction: Shape, color, transparency, surface effect and logo detail
Common Applications: Shirts, trousers, jackets, coats and uniforms

Four-hole plastic buttons accommodate cross, parallel and other planned stitch patterns. The hole geometry should be compatible with the selected thread, stitch layout and button-sewing equipment. As with two-hole buttons, thicker garment layers may require controlled clearance beneath the button. Final attachment performance depends on the complete combination of button construction, thread, stitch settings and fabric—not simply the number of holes.

Plastic Snap Buttons

Components: Top cap, socket, stud and post cap
Snap System: Press-fit or sew-on configuration
Key Dimensions: Cap diameter, component diameter and post height
Design Direction: Cap shape, color, finish, surface detail and logo
Common Applications: Babywear, children’s clothing, shirts and lightweight garments

Plastic snap buttons use interlocking components to create a reusable closure in place of a traditional button and buttonhole. Press-fit snaps commonly use a four-part component set, while sew-on plastic snaps use a different two-part attachment structure. Component series should not be mixed. For press-fit snaps, the post must pass through the garment layers and be correctly formed by a compatible tool. Fabric thickness, reinforcement, tool alignment and closure action should therefore be checked on a finished sample.

2-Hole, 4-Hole or Shank Buttons: Which Type Should You Choose?

Comparison	2-Hole Plastic Buttons	4-Hole Plastic Buttons	Plastic Shank Buttons
Attachment Structure	Thread passes through two visible holes.	Thread passes through four visible holes.	Thread passes through a loop or moulded projection on the back.
Button Face	Clean face with one simple stitch line.	Visible face supports parallel, cross or decorative stitching.	Uninterrupted face without visible attachment holes.
Stitching Options	Simple linear stitching.	More stitch-layout options.	No visible stitching on the front.
Fabric Clearance	Usually sits close to the fabric; a thread shank can be added when more clearance is required.	Usually sits close to the fabric; a thread shank can be added when more clearance is required.	The rear shank provides built-in clearance for the buttonhole layer.
Selection Direction	Suitable when a minimal appearance and fewer visible sewing details are preferred.	Suitable when additional stitching positions or a distinctive stitch layout is required.	Suitable for layered closures or designs requiring an uninterrupted decorative face.
Important Limitation	Performance depends on thread, stitch count, sewing method and fabric support.	Four holes do not automatically guarantee greater attachment strength.	An excessively short shank may restrict the fabric, while a high shank may cause wobbling.
Confirm Before Sampling	Diameter, thickness, hole diameter, hole spacing, thread and stitch specification.	Diameter, thickness, hole layout, stitch pattern, stitch count, thread and fabric support.	Diameter, face profile, shank height, shank-hole dimensions, fabric layers and buttonhole shape.

4 Things to Consider When Choosing a Button Structure

Two-hole, four-hole and shank buttons use different attachment structures. Compare the garment construction, visible stitching, fabric clearance and sewing requirements before selecting an option for sample development.

GARMENT APPLICATION - Which Structure Fits Your Garment?

Choose the button structure according to the garment construction rather than relying on the hole count alone.

2-Hole: Consider when a clean face and simple visible stitch line are preferred.

4-Hole: Consider when additional stitch positions or a specific cross, parallel or decorative stitch layout is required.

Shank: Consider for layered closures, thicker fabric constructions or designs requiring an uninterrupted button face.

Final suitability depends on the button dimensions, fabric layers, sewing method and finished buttonhole.

FABRIC CLEARANCE - How Will the Button Sit on the Fabric?

The space between the button and the garment affects how easily the fabric surrounding the buttonhole can sit beneath it.

2-Hole and 4-Hole: Usually sit relatively close to the fabric. A thread shank can be created when additional clearance is required.

Shank: Provides built-in clearance through the rear loop or moulded projection.

The shank height should match the garment layers. A shank that is too short may restrict the fabric, while an excessively high shank may cause the button to wobble.

VISUAL RESULT - What Will the Button Look Like After Sewing?

The attachment structure determines how much stitching remains visible on the finished garment.

2-Hole: Creates one simple line of stitching across the button face.

4-Hole: Supports parallel, cross and other stitch patterns as part of the garment design.

Shank: Keeps the front surface free from sewing holes, allowing an uninterrupted decorative surface or custom logo.

Confirm the stitch direction, thread colour and logo orientation before sampling.

SEWING REQUIREMENTS - Can It Be Installed with Your Sewing Method?

2-Hole: Can be attached by hand or with compatible button-sewing equipment. Confirm that the hole spacing matches the machine’s stitch-width setting.

4-Hole: Requires sewing through two pairs of holes. Confirm the stitch pattern, sewing sequence and stitch count before production.

Shank: May require a suitable clamp, support or machine setting that differs from the setup used for flat sew-through buttons.

Attachment performance depends on the thread, stitch count, stitch type, sewing tension and fabric reinforcement—not on the number of holes alone.

Types of Custom Plastic Button Materials for Garments

Plastic buttons are available in different materials to meet specific requirements for appearance, attachment structure and garment application. Compare ABS, nylon, acrylic and POM options before confirming the button design, finish and production sample.

ABS Plastic Buttons

ABS plastic buttons are injection-moulded in 2-hole, 4-hole, shank and decorative structures. The material supports a wide range of moulded profiles and can receive painted, plated or other decorative finishes. It is particularly suitable for creating lightweight buttons with metallic or fashion-oriented surface effects.

Confirm the ABS grade, button dimensions, attachment structure and required surface-treatment process. Because appearance and performance can vary between ABS grades and finishing systems, plating or coating adhesion, shade consistency and surface condition should be checked on finished samples under the intended garment-care conditions.

Nylon Buttons

Nylon buttons are moulded from polyamide material and can reproduce detailed textures, patterns, lettering and complex shapes. Their lightweight construction, flexible color development and range of sewing structures make them suitable for both understated and decorative garment designs.

Confirm the polyamide grade, color method, button dimensions and hole or shank layout. Because nylon can absorb moisture from the surrounding environment, shade consistency, moulded-detail clarity and dimensional fit should be evaluated using properly conditioned samples.

Acrylic Buttons

Acrylic buttons use PMMA material to create transparent, translucent, opaque and pearl-like effects. Their optical clarity, glossy surface and glass-like visual depth make them especially suitable for decorative buttons and statement details where appearance is the main priority.

Confirm the PMMA grade, transparency or color effect, button profile and attachment structure. Inspect color uniformity, surface scratches, moulding marks, edges, sewing holes and shank integrity. Where impact or intensive garment care is expected, verify the finished design with physical samples.

POM Plastic Snap Buttons

POM, also known as polyacetal or acetal, is commonly used for accurately moulded plastic snap components. Its dimensional stability and low-friction characteristics make it suitable for matched snap systems where component fit and repeatable engagement are important. An all-plastic construction also provides a lightweight option where metal components are not preferred.

Confirm the POM grade, component series, cap diameter and cap-post length. Match the snap system to the fabric thickness, number of material layers, local reinforcement and corresponding setting dies. Verify press alignment, attachment stability, opening force and closure action on the intended fabric before bulk production.

Custom Plastic Clothing Button Material Comparison

Material	Common Structures	Main Appearance	Typical Applications	Key Selection Points
ABS	2-hole, 4-hole, shank and dome	Solid, painted, plated and metal-look effects	Fashion garments, knitwear, coats and uniforms	ABS grade, finish process, coating adhesion, shade consistency and garment-care conditions
Nylon	2-hole, 4-hole and shank	Solid, dyed, textured and pearl-like effects	Shirts, knitwear, cardigans, coats and decorative garments	Polyamide grade, moisture conditioning, color consistency, moulded details and dimensional fit
Acrylic	2-hole, tunnel-shank and rear-shank	Transparent, translucent, glossy and pearl-like effects	Dresses, knitwear, children’s clothing and decorative garments	Optical clarity, surface condition, edge quality, hole or shank integrity and impact requirements
POM	Interlocking plastic snap systems	Matte, glossy and solid colors	Babywear, children’s clothing, lightweight apparel and textile accessories	Component compatibility, cap-post length, fabric thickness, setting dies, alignment and opening force

6 Key Questions About Custom Plastic Button Materials

Compare ABS, nylon, acrylic and POM for appearance, button structure, fabric weight and garment-care requirements, then test the selected button on the intended fabric before bulk production.

What should be considered before choosing a plastic button material?

Define the garment application, fabric weight, required button structure, desired appearance and intended care method before comparing ABS, nylon, acrylic and POM.

Which material is suitable for the required button structure?

ABS and nylon can support 2-hole, 4-hole, shank and decorative moulded structures. Acrylic is suitable for decorative 2-hole, tunnel-shank and rear-shank designs. POM is used for interlocking plastic snap systems rather than conventional sew-on buttons.

Which material provides the required appearance?

Choose ABS for lightweight buttons with painted, plated or metal-look effects. Nylon is suitable for solid colors, detailed textures, lettering and pearl-like effects. Acrylic supports transparent, translucent, glossy and glass-like designs. POM is mainly used for functional plastic snaps in solid, matte or glossy colors.

Which material offers the best care and durability performance?

There is no universal durability ranking. ABS grades and surface finishes can vary and should be tested. Nylon absorbs moisture, which can affect its dimensions and stiffness. Acrylic requires checks for scratches, impact and stress around holes or shanks. POM offers dimensional stability and low friction, but snap performance also depends on component design and installation.

How should the material be matched to the garment fabric?

Lightweight ABS or nylon buttons can be considered for delicate or lightweight fabrics. Thicker garments may require a shank structure that provides additional fastening space.

For POM snaps, match the component size and cap-post length to the fabric thickness and number of material layers. Thin or stretchy fabrics may require local reinforcement.

How should the final material choice be verified?

Test physical samples on the intended fabric before bulk production. Check the color, finish, dimensions, buttonhole fit, sewing holes or shank, attachment stability and performance after the required garment-care tests.

For POM snaps, confirm component compatibility, cap-post length, fabric thickness and setting dies. Check installation alignment, opening force and the surrounding fabric after repeated use.

Why Choose Jiewei as Your Plastic Buttons Manufacturer

Jiewei is a wholesale plastic buttons supplier supporting fashion brands, garment manufacturers and apparel wholesalers with custom button development. We review the intended garment, fabric layers, buttonhole, sewing method and design requirements before recommending the button dimensions and attachment structure.

For custom plastic buttons with logo, send us your artwork, technical drawing, reference photo or physical sample. We review the specifications, prepare samples for approval and record the confirmed details for bulk production. This helps reduce specification errors and keeps the button’s dimensions, appearance and branding aligned with the approved sample.

GARMENT-BASED SPECIFICATION REVIEW

We review the garment application, fabric layers, finished buttonhole and sewing method when confirming the button size, thickness and attachment structure.

OEM & ODM DEVELOPMENT SUPPORT

Develop custom buttons from your artwork, technical drawing, reference image or physical sample. Material, structure and logo-process compatibility are reviewed before sampling.

PHYSICAL SAMPLE APPROVAL

Confirm the dimensions, color, finish, logo placement and buttonhole compatibility with a physical sample before bulk production begins.

PRODUCTION & FINAL QUALITY CHECKS

Key details such as diameter, thickness, hole spacing or shank construction, surface appearance and logo clarity are checked against the approved specifications during production and before shipment.

Frequently Asked Questions About Custom Plastic Buttons

What Are Plastic Buttons Made Of?

Plastic clothing buttons can be made from different resins, including unsaturated polyester resin, urea resin and acrylic-based materials. These materials produce different colors, patterns, surface effects and manufacturing characteristics. The appropriate material should be selected according to the garment, desired appearance, care conditions and project requirements.

Are Plastic Buttons and Plastic Snap Fasteners the Same?

No. A traditional plastic clothing button is normally sewn onto the garment and passes through a buttonhole. A plastic snap fastener uses interlocking components that close when pressed together and normally requires a compatible installation tool or die. Buyers should specify whether they need sew-on buttons or snap fasteners when requesting a quotation.

Can Plastic Buttons Be Machine Washed or Dry Cleaned?

Wash and dry-cleaning suitability depends on the plastic material, colorants, surface finish, logo process, attachment and garment care conditions. Heat, detergents, solvents and repeated cleaning may affect different buttons differently. A finished sample should be tested on the actual garment under the intended care conditions before bulk production.

What Affects the Price, MOQ, and Lead Time for Custom Plastic Buttons?

Price, minimum order quantity and production time depend on the material, size, structure, color, finish, logo process, tooling requirements, quantity per design or color, packaging and sample revisions. Please provide complete specifications and the estimated quantity so that the applicable quotation, MOQ and schedule can be confirmed.

How Do I Choose the Right Plastic Button Size and Structure for My Garment?

Consider the garment type, fabric weight, buttonhole dimensions, button position, sewing method, desired appearance and care conditions. Button diameter may be specified in millimeters or lignes, with one ligne equal to 0.635 mm. A physical sample should be tested with the actual fabric and buttonhole before bulk production.

Can Plastic Buttons Be Customized in Different Sizes, Shapes, Colors, and Finishes?

Custom development can cover the button size, shape, color, structure and surface appearance, subject to material and production feasibility. Buyers can provide a Pantone reference, fabric swatch, technical drawing, product photograph or physical sample. The approved sample should establish the final color direction, dimensions and finish.

Can You Add a Custom Logo to Plastic Buttons?

Yes. Logo options may include embossing, debossing or engraving, depending on the material, button structure and required effect. Small text, thin lines and complex details may need adjustment for clear reproduction. Editable vector artwork is preferred, and the final logo effect should be confirmed through sampling.

Can I Approve a Plastic Button Sample Before Bulk Production?

Yes. Jiewei supports sample development before bulk production. Buyers should check the material appearance, dimensions, color, logo clarity, holes or shank, edges, finish and buttonhole fit. The sample should also be tested on the actual garment under the intended sewing and care conditions before approval.