HSQY
ABS Sheet
Black, White, Colored
0.3mm - 6mm
max. 1600mm
| Availability: | |
|---|---|
ABS Sheet
HSQY textured ABS plastic sheet combines impact resistance, rigidity, thermoformability and a decorative textured surface for automotive interiors, equipment housings, appliance panels, displays and industrial components.
ABS, or Acrylonitrile Butadiene Styrene, is a tough engineering thermoplastic widely used for thermoforming, vacuum forming, machining and fabricated plastic components. A textured surface can provide a more finished appearance than a conventional smooth sheet while helping reduce visible glare and handling marks depending on the selected texture.
This product page focuses on commonly requested 3mm, 4mm, 5mm and 6mm textured ABS sheets. HSQY's current ABS range covers approximately 0.3mm to 6mm thickness, widths up to 1600mm and white, black or colored options.
Textured ABS Plastic Sheet
Textured ABS Sheet for Thermoforming
ABS Textured Sheet for Industrial Parts
| Property | Specification |
|---|---|
| Product | Textured ABS Plastic Sheet |
| Material | ABS – Acrylonitrile Butadiene Styrene |
| Featured Thicknesses | 3mm, 4mm, 5mm, 6mm |
| Available Thickness Range | 0.3mm - 6mm |
| Maximum Width | Up to approximately 1600mm |
| Color | White, Black, Colored |
| Surface | Textured surface; exact texture pattern and finish should be confirmed according to the selected product specification |
| Key Properties | High stiffness, impact strength, toughness, formability, dimensional stability and easy fabrication |
| Processing | Thermoforming, vacuum forming, cutting, drilling, CNC routing, machining and other compatible fabrication processes |
| Applications | Automotive interiors, appliance panels, electronics housings, equipment covers, industrial parts, displays and decorative panels |
Specification Note: Exact texture pattern, texture depth, finished-side configuration, sheet dimensions, thickness tolerance, color and thermoforming requirements should be confirmed before bulk production.
Textured ABS sheet is an ABS thermoplastic sheet produced with a patterned or embossed surface instead of a completely smooth appearance.
The textured surface can provide a more finished visual appearance for exposed panels, housings and interior components. Depending on the selected texture, it can also reduce reflected glare and make minor handling marks less visually prominent.
Because texture pattern and depth can influence the appearance of the final thermoformed part, buyers should approve the actual surface sample together with color and sheet thickness before commercial production.
| Surface Benefit | Application Consideration |
|---|---|
| Reduced Visual Glare | Textured surfaces can produce a lower-gloss visual effect than highly smooth glossy panels |
| Decorative Appearance | Useful for exposed automotive, appliance, equipment and interior surfaces |
| Less Visible Handling Marks | Surface patterns can make fingerprints and minor handling marks less visually obvious depending on color and texture |
| Surface Grip | Selected textures can provide a less slippery surface than a highly polished sheet |
| Part Differentiation | Texture can be combined with color and geometry to create a specific product appearance |
These benefits depend on the actual texture pattern. A specific scratch-resistance, anti-fingerprint or friction coefficient should not be assumed unless it is defined and tested for the selected grade.
3mm textured ABS provides a practical balance of rigidity, thermoforming performance and manageable sheet weight for panels, equipment covers, display components, appliance parts and automotive interior applications.
For thermoformed 3mm ABS components, finished wall thickness should be evaluated after forming because material stretches around corners and deeper sections of the mold.
4mm textured ABS provides greater flat-sheet stiffness than thinner gauges while retaining the fabrication and thermoforming characteristics associated with suitable ABS grades.
It can be considered for medium-size housings, covers, automotive interior components, equipment panels and formed industrial parts where a textured finished surface is required.
5mm textured ABS is suitable for applications requiring greater starting-sheet rigidity, including larger housings, covers, industrial panels, prototypes and heavy-gauge thermoformed components.
Heating capacity and forming conditions become increasingly important as sheet thickness increases, particularly for large or deep thermoformed parts.
6mm is the upper end of the current published HSQY ABS thickness range. It provides higher flat-sheet rigidity for industrial panels, covers, fabricated components and selected heavy-gauge forming applications.
For large 6mm parts, buyers should evaluate unsupported span, fastening design, thermoforming equipment capacity, heating uniformity and finished-part weight before finalizing the material specification.
| Thickness | General Selection Direction |
|---|---|
| 3mm | General panels, thermoformed covers, automotive trim, displays and appliance components |
| 4mm | Medium-duty housings, equipment panels and components requiring additional stiffness |
| 5mm | Larger covers, housings, industrial panels and heavy-gauge formed components |
| 6mm | Rigid fabricated components and selected heavy-gauge thermoforming applications |
These are general selection directions rather than fixed limits. Part dimensions, forming depth, unsupported span, impact requirements and fastening design can change the appropriate thickness.
ABS is widely used for thermoforming because suitable grades can be heated and formed into complex three-dimensional components while maintaining useful toughness and rigidity.
Textured ABS provides an additional consideration: the surface pattern can change visually as the sheet stretches over the mold. Deep draws, tight corners and high local stretch can reduce texture definition in heavily formed areas.
| Forming Factor | Why It Matters |
|---|---|
| Starting Thickness | Controls the amount of material available before stretching |
| Texture Depth | Influences how the surface appearance changes during forming |
| Forming Depth | Deep shapes produce more local stretching and wall thinning |
| Corner Radius | Sharp corners can increase thinning and surface distortion |
| Heating Uniformity | Supports more consistent forming across thicker 3-6mm sheets |
| Finished Appearance | Cosmetic parts should be approved using an actual formed sample where texture consistency is important |
Textured ABS can be vacuum formed into housings, liners, covers, panels, trays and other industrial components when the grade, thickness and texture are compatible with the forming process.
For 3mm to 6mm material, buyers should provide mold dimensions, maximum forming depth and required minimum finished wall thickness so starting-sheet thickness can be evaluated more accurately.
Textured ABS can be used for selected automotive interior trim, instrument-panel components, door-related panels and decorative interior parts where impact resistance, formability and surface appearance are required.
Automotive programs should define heat resistance, impact requirements, odor and emissions limits, flame requirements, color, grain or texture pattern and other customer-specific specifications. Standard ABS should not automatically be treated as automotive-qualified material.
ABS is commonly used for appliance housings, panels, liners, trays and covers. A textured surface can provide a finished cosmetic appearance while reducing the highly reflective appearance associated with smooth glossy plastic.
For household appliances, buyers should specify operating temperature, cleaning-agent exposure, color, surface appearance and required impact performance before selecting the ABS grade.
Textured ABS can be machined or thermoformed into equipment housings, control panels, covers and brackets for electronics and electrical equipment.
If the application requires flame retardancy, ESD control, electrical insulation performance or another defined technical property, specify the required grade and test requirement separately. A textured surface alone does not provide these functions.
ABS can be used for industrial machine covers, guards, panels, non-structural enclosures and fabricated equipment components where impact resistance, low weight and machinability are useful.
A textured finish is particularly useful when the exposed surface is part of the finished equipment appearance. Final material selection should still consider load, heat, chemicals, fastening points and operating environment.
Textured ABS can be used for retail displays, exhibition components, decorative panels, partitions and interior fabricated products where a low-gloss or patterned appearance is preferred.
Building and interior applications should define any required flame, smoke or other regulatory classifications. General textured ABS should not automatically be presented as compliant with a particular building standard.
| Selection Factor | Textured ABS | Smooth ABS |
|---|---|---|
| Appearance | Patterned or embossed visual surface | Flat smooth surface |
| Glare | Selected textures can reduce reflected glare | Glossy surfaces can create stronger reflections |
| Handling Marks | Minor marks may be less visually obvious depending on texture | Marks can be more visible on highly smooth surfaces |
| Printing | Print compatibility depends on texture depth and printing process | Generally easier where a flat printing surface is required |
| Thermoforming Appearance | Texture can change in highly stretched areas | No surface texture pattern to preserve |
| Typical Selection | Automotive interiors, housings, covers, panels and finished visible surfaces | Printing, flat fabrication and applications requiring a smooth finish |
| Selection Factor | Textured ABS | Textured HIPS |
|---|---|---|
| Material Type | Acrylonitrile Butadiene Styrene | High Impact Polystyrene |
| Typical Positioning | Engineering-type housings, automotive parts and durable fabricated components | Economical thermoformed trays, displays and general formed components |
| Material Selection | Choose according to required impact performance, heat exposure, rigidity, forming behavior, appearance and project cost. | |
ABS sheet is easy to machine and fabricate using appropriate plastic-working tools. Textured ABS can be cut, drilled and CNC routed into finished panels, openings and custom components.
| Process | Typical Use |
|---|---|
| Saw Cutting | Sheet sizing and straight component blanks |
| CNC Routing | Profiles, openings, slots and custom panel geometry |
| Drilling | Mounting holes and assembly points |
| Thermoforming | Housings, covers, liners and three-dimensional components |
| Vacuum Forming | Automotive trim, equipment covers, panels and formed parts |
The original product information describes ABS as providing chemical, corrosion and abrasion resistance. Actual performance varies according to ABS grade, chemical type, concentration, temperature and contact duration.
If the finished component will contact cleaning agents, oils, fuels, solvents or industrial chemicals, provide the exposure conditions and test the actual material before commercial approval.
ABS is used across a range of temperatures, but the current product specification does not publish a specific continuous-use temperature or heat-deflection value.
For automotive, appliance, electronics or industrial applications with defined high- or low-temperature requirements, provide the operating range so the appropriate ABS grade and technical data can be confirmed.
Standard ABS is primarily selected for indoor or controlled applications. A textured surface does not automatically provide UV or weathering resistance.
Outdoor projects should specify UV exposure, weathering requirements, operating temperature and expected service life so a suitable UV-resistant grade can be evaluated.
| Requirement | Information to Provide |
|---|---|
| Application | Automotive, appliance, electronics, equipment cover, panel, thermoforming or other application |
| Thickness | 3mm, 4mm, 5mm, 6mm or another required thickness within the available range |
| Sheet Size | Required width × length; current maximum published width approximately 1600mm |
| Color | White, black or required color reference |
| Texture | Required texture sample, texture pattern or visual reference |
| Finished Side | Specify which surface is visible on the finished component |
| Thermoforming | Mold dimensions, forming depth and required minimum wall thickness |
| Fabrication | Cutting, drilling, CNC routing, machining or other processing requirements |
| Special Grade | UV, flame retardant, ESD, automotive or other functional requirement where applicable |
| Quantity | Trial quantity, regular order quantity and estimated annual consumption |
| Destination | Country and destination port |
Textured ABS sheet is Acrylonitrile Butadiene Styrene sheet produced with a patterned or embossed surface for applications requiring ABS mechanical properties together with a decorative surface finish.
This page focuses on 3mm, 4mm, 5mm and 6mm textured ABS. The current HSQY ABS specification covers approximately 0.3mm to 6mm.
The current product specification lists a maximum width of approximately 1600mm.
The current product specification lists white, black and colored ABS options.
The current source does not publish a complete texture-pattern catalogue. Provide the required texture sample or visual reference so the available surface options can be confirmed.
Haircell is one type of textured ABS surface. The term textured ABS is broader and can include different embossed or patterned finishes. The exact HSQY texture should be confirmed from the selected sample.
Yes. Suitable textured ABS grades can be thermoformed. Texture appearance may change in areas subjected to substantial stretching, so cosmetic parts should be evaluated using an actual formed sample.
Suitable 3mm ABS can be vacuum formed. Feasibility depends on ABS grade, mold dimensions, forming depth, heating system and required finished wall thickness.
Thicker ABS can be thermoformed with suitable equipment, but heating time, heater capacity, clamping and mold design become increasingly important as thickness increases.
Yes. ABS can be cut, drilled, routed and CNC machined using appropriate plastic-working tooling and process conditions.
A textured surface can make minor handling marks less visually obvious, but a specific scratch-resistance improvement should not be assumed unless the selected surface has been tested to a defined method.
Textured ABS can be evaluated for automotive interior trim and decorative components. Automotive projects should specify heat, impact, flame, odor, emissions and OEM-specific requirements.
Yes, for suitable general housing applications. Projects requiring flame-retardant, ESD or other electrical performance need the corresponding specialized ABS grade.
Standard ABS should not automatically be treated as UV-resistant. Outdoor projects should specify the required UV and weathering performance so a suitable grade can be evaluated.
Not automatically. Flame-retardant ABS is a specific material grade. Provide the required flame standard and classification if flame performance is required.
Please provide the application, thickness, sheet dimensions, color, required texture or reference sample, thermoforming or machining requirements, special material grade, quantity and destination.
Textured ABS sheets should be protected during handling, storage and international transportation to reduce contamination, edge damage and damage to the finished surface.
ABS Plastic Sheet Export Packing
HSQY Plastic Group meets automotive suppliers, thermoformers, 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 ABS grade and 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, distributors and industrial fabricators. Thickness, dimensions, colors, surface texture and downstream processing requirements can be discussed according to the project.
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