HSQY
ABS Sheet
Black, White, Colored
0.3mm - 6mm
max. 1600mm
| Availability: | |
|---|---|
ABS Sheet
HSQY thin colored ABS plastic sheet combines impact resistance, rigidity, good formability and easy fabrication for thermoformed parts, displays, appliance components, automotive interiors, housings and industrial applications.
ABS, or Acrylonitrile Butadiene Styrene, is a tough engineering thermoplastic widely used where manufacturers require a balance of impact strength, stiffness, dimensional stability and processing performance.
This product page focuses on colored and thinner-gauge ABS applications. HSQY's current ABS sheet range covers approximately 0.3mm to 6mm thickness, widths up to 1600mm, and white, black or colored options.
Thin Colored ABS Plastic Sheet
Colored ABS Sheet for Thermoforming
ABS Sheet for Industrial Fabrication
| Property | Specification |
|---|---|
| Product | Thin Colored ABS Plastic Sheet |
| Material | ABS – Acrylonitrile Butadiene Styrene |
| Color | White, Black, Colored |
| Thickness | 0.3mm - 6mm |
| Maximum Width | Up to approximately 1600mm |
| Surface | Different surface finishes are available depending on the selected ABS grade; confirm the required finish before ordering |
| Key Properties | Rigidity, impact strength, toughness, formability, dimensional stability and easy fabrication |
| Processing | Thermoforming, vacuum forming, cutting, drilling, CNC machining and other compatible thermoplastic fabrication processes |
| Typical Applications | Automotive interiors, electronics housings, appliance parts, displays, trays, panels and industrial components |
Specification Note: Exact thickness, width, color, surface finish and processing requirements should be confirmed according to the finished component and production process.
Thin colored ABS sheet is an extruded ABS thermoplastic supplied in colored sheet form for applications where appearance, low sheet weight, impact resistance and forming performance are important.
The lower end of HSQY's 0.3-6mm ABS thickness range is particularly relevant to thin-sheet applications such as formed panels, inserts, display components, decorative parts and lightweight housings.
Unlike painting a finished plastic component after fabrication, colored ABS can provide the required base color directly in the sheet. Final color, surface appearance and processing behavior should still be approved using the intended production grade.
Colored material: White, black and colored sheet options support different product appearance requirements.
High impact strength: ABS provides useful toughness for parts exposed to handling and normal mechanical impact.
Good rigidity: Provides useful stiffness for panels, housings and thermoformed components.
Excellent formability: Suitable ABS grades can be thermoformed or vacuum formed into three-dimensional parts.
Easy fabrication: ABS can be cut, drilled and CNC machined with suitable tooling.
Dimensional stability: Useful for fabricated and formed components requiring consistent geometry.
Multiple thicknesses: The current range extends from approximately 0.3mm to 6mm for different rigidity and forming requirements.
The current HSQY specification lists white, black and colored ABS sheets. Color is an important purchasing parameter for exposed automotive, appliance, display and consumer-product components.
| Color Requirement | Recommended Information to Provide |
|---|---|
| White | Specify the intended appearance and application because different white shades can appear different under lighting |
| Black | Specify surface appearance and whether the part will be thermoformed, machined or used as a finished panel |
| Colored | Provide an approved physical sample or other clear color reference when consistent matching is important |
The source specification does not publish a complete standard color chart or defined color-matching tolerance. Projects requiring precise repeat color should therefore confirm the approved color standard before bulk production.
ABS sheet thickness affects weight, stiffness, thermoforming behavior, forming depth and finished-part wall thickness. Thin-sheet projects should therefore be designed around the finished component rather than selecting the lowest available gauge only to reduce material use.
| Thickness Direction | General Selection Direction |
|---|---|
| Lower End of the 0.3-6mm Range | Lightweight formed parts, inserts, display components and thin panels |
| Medium Thickness | Housings, appliance components, automotive interior parts and general thermoforming |
| Upper End of the 0.3-6mm Range | Larger panels, industrial covers and parts requiring greater starting-sheet rigidity |
Part dimensions, unsupported span, forming depth, mounting points and impact requirement can all change the appropriate starting thickness.
Thermoforming is one of the main processing methods for ABS sheet. The material is heated until formable and then shaped over or into a mold before cooling.
Thin colored ABS is useful where a thermoformed component needs both a defined base color and lower starting-sheet weight. Typical applications can include housings, covers, display parts, inserts, trays and interior panels.
| Forming Factor | Why It Matters |
|---|---|
| Starting Thickness | Determines how much ABS material is available before stretching |
| Forming Depth | Deeper cavities normally create greater wall thinning |
| Mold Geometry | Corners, ribs and complex geometry influence material distribution |
| Heating Uniformity | Helps produce more consistent forming across the sheet |
| Finished Wall Thickness | Critical sections should be evaluated after forming rather than assumed from the original sheet gauge |
| Color Appearance | Deep stretching can influence the visual appearance of the finished colored component |
Suitable ABS grades can be vacuum formed into lightweight three-dimensional covers, trays, housings, panels and prototype components.
When thin ABS is used for vacuum forming, minimum finished wall thickness becomes particularly important because material stretches during the forming process. Buyers should provide mold dimensions and forming depth when selecting the starting gauge.
ABS sheet is widely evaluated for automotive interior applications such as instrument-panel components, door-related panels and decorative interior parts because of its toughness and thermoforming capability.
Using colored ABS can provide the base component color directly in the material. Automotive projects should nevertheless define heat resistance, impact performance, flame requirements, odor, emissions, color and other customer-specific specifications before material approval.
Colored ABS can be used for appliance housings, liners, trays, covers and decorative components where rigidity, impact strength and finished appearance are required.
For appliance projects, buyers should consider operating temperature, cleaning-agent exposure, color consistency, surface finish and fastening design before selecting the final ABS grade.
ABS sheet can be fabricated into electronics housings, covers, brackets, control panels and other equipment components. Thin colored sheet is particularly useful for lightweight covers and cosmetic panels.
If flame retardancy, ESD control or another defined electrical property is required, buyers should specify the relevant performance requirement. Standard colored ABS should not automatically be treated as a flame-retardant or ESD grade.
Colored ABS is useful for display panels, retail fixtures, exhibition components, presentation parts and decorative interior panels where the color of the sheet itself contributes to the finished appearance.
For graphics or decorative finishing, printing or coating compatibility should be verified with the actual ABS surface and downstream process.
The original product description includes luggage and trays among ABS applications. Colored thermoformed ABS can be considered for selected luggage shells, covers and formed components where toughness and appearance are important.
Finished-product testing should determine whether the selected thickness and ABS grade provide sufficient impact performance for the intended design.
ABS can be cut and machined into industrial panels, covers, non-structural housings, brackets and other fabricated components.
| Process | Typical Use |
|---|---|
| Cutting | Sheet sizing, panel blanks and fabricated components |
| Drilling | Mounting holes and assembly points |
| CNC Routing | Profiles, slots, openings and custom component geometry |
| Thermoforming | Housings, covers, trays and formed panels |
| Vacuum Forming | Lightweight three-dimensional components and interior panels |
| Selection Factor | Thin ABS Sheet | Thicker ABS Sheet |
|---|---|---|
| Weight | Lower material weight | Higher material weight |
| Flat-Sheet Rigidity | Lower | Higher |
| Typical Direction | Lightweight forming, inserts, panels and display components | Large housings, industrial covers and more rigid fabricated components |
| Thermoforming | Useful for lightweight formed parts; wall thinning requires attention | Requires greater heating capacity but provides more starting material for deeper or more rigid parts |
| Selection Factor | ABS | HIPS |
|---|---|---|
| Typical Positioning | Durable housings, automotive parts, appliances and industrial components | Economical packaging, displays and general thermoformed parts |
| Fabrication | Good machining and thermoforming performance | Easy forming and fabrication for many general applications |
| Material Selection | Choose according to impact requirements, heat exposure, rigidity, forming behavior, appearance and finished-part cost. | |
The original product information describes ABS as offering chemical, corrosion and abrasion resistance. Actual performance depends on ABS grade, chemical type, concentration, temperature and exposure time.
For applications involving cleaners, oils, solvents, fuels or industrial chemicals, the actual material should be evaluated under representative operating conditions.
ABS is used in both household and industrial environments, but the current source specification does not publish a defined continuous-use temperature, heat-deflection temperature or low-temperature impact value.
Projects with specific high- or low-temperature requirements should provide the actual operating range so the appropriate ABS grade and technical data can be confirmed.
Standard colored ABS is primarily suited to indoor or controlled applications unless the exact grade has been formulated and tested for extended exterior exposure.
Color alone does not provide UV resistance. Outdoor applications should specify UV exposure, weathering conditions and expected service life before material selection.
The original product description includes aircraft interiors among possible ABS applications. Aviation projects require specialized material qualification and should not use a general ABS specification as evidence of aviation compliance.
If the intended component will be used in an aircraft interior, provide the applicable flame, smoke, toxicity and other aviation-industry requirements before selecting the material grade.
| Requirement | Information to Provide |
|---|---|
| Application | Automotive, appliance, electronics, display, luggage, tray, industrial panel or other use |
| Thickness | Required thickness within the current 0.3-6mm range |
| Sheet Size | Required width × length; current maximum published width is approximately 1600mm |
| Color | White, black or required colored reference |
| Surface | Required surface appearance or reference sample |
| Thermoforming | Mold dimensions, forming depth and required minimum finished wall thickness |
| Fabrication | Cutting, drilling, routing, CNC machining or other processing requirements |
| Special Requirement | UV, flame-retardant, ESD, automotive, aviation or other required performance where applicable |
| Quantity | Trial quantity, regular order quantity and estimated annual consumption |
| Destination | Country and destination port |
Thin colored ABS sheet is ABS thermoplastic supplied in thinner sheet gauges and colored material for thermoforming, panels, housings, displays and other fabricated components.
The current HSQY product specification covers approximately 0.3mm to 6mm. This product page focuses particularly on applications using the thinner end of that range.
The current product specification lists widths up to approximately 1600mm.
The current specification lists white, black and colored ABS. Exact colored options and matching requirements should be confirmed before production.
The current source does not publish a defined color-matching system or tolerance. If consistent color is important, provide an approved physical sample or other clear reference for technical confirmation.
Yes. Suitable ABS grades can be thermoformed. Starting thickness, mold geometry, heating and finished wall thickness should be considered together.
Suitable colored ABS can be vacuum formed into covers, housings, trays and panels. The exact grade and thickness should be evaluated using the intended mold and forming equipment.
The visual appearance can change in areas subjected to substantial stretching. Cosmetic components should be evaluated using an actual formed sample where color consistency is critical.
Yes. ABS can be cut, drilled, routed and CNC machined using suitable plastic-working tooling and process conditions.
ABS can be evaluated for automotive interior components. Automotive projects should specify heat, impact, flame, odor, emissions, color and OEM-specific requirements before selecting the grade.
Yes. ABS is commonly used for appliance housings, covers, liners and panels. Operating temperature, cleaning chemicals and required appearance should be considered during grade selection.
Not automatically. Color does not guarantee UV resistance. Long-term outdoor applications should specify the required UV and weathering performance.
Standard colored ABS should not automatically be treated as flame-retardant. Flame-retardant applications require a suitable grade and defined test classification.
Not automatically. Anti-static, static-dissipative and conductive ABS are specialized grades with defined electrical properties.
The original product information lists aircraft interiors among possible applications, but aviation use requires specialized qualification. Provide the applicable flame, smoke, toxicity and other aviation requirements before selecting a grade.
Please provide the application, thickness, sheet dimensions, color reference, surface requirement, thermoforming or machining process, any special performance requirements, quantity and destination.
Colored ABS sheets should be protected during handling, storage and international transportation to reduce scratching, contamination, bending and edge damage.
ABS Plastic Sheet Export Packing
HSQY Plastic Group meets thermoformers, automotive suppliers, appliance manufacturers, distributors and industrial plastic-sheet buyers at international industry exhibitions.
HSQY Plastic Group International Exhibition Activities
Available certificates and technical documents should be confirmed for the exact colored ABS grade and intended application. Automotive, aviation, flame-retardant, UV-resistant, ESD or other specialized projects may require grade-specific documentation.
HSQY Plastic Group supplies ABS plastic sheets for thermoformers, automotive suppliers, appliance manufacturers, electronics companies, display manufacturers, distributors and industrial fabricators. Thickness, dimensions, color, surface and downstream processing requirements can be discussed according to the project.
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