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Color Coated aluminum sheet
Dingang
76061259
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2.5mm PE/PVDF color coated aluminum sheet is a prefinished panel material for outdoor camping mobile homes, prefab mobile cabins, motorhomes, caravans, travel trailers and other compatible mobile accommodation structures requiring a durable painted aluminum surface.
The 2.5 mm specification is positioned at the upper end of the listed 1.0–2.5 mm product range and provides greater sheet rigidity than thinner aluminum skins. It can be considered for exterior wall panels, doors, roof components, skirts, equipment covers and other parts where the finished design requires a relatively thick aluminum facing or panel.
PE and PVDF coating systems are available according to the required service environment. Alloy, temper, width, color, gloss, surface treatment, reverse-side condition and packing can be discussed according to the mobile-home panel construction and fabrication process.
Request 2.5mm Mobile Home Aluminum Price
| Product | PE / PVDF color coated aluminum sheet for mobile homes, camping cabins, caravans and compatible vehicle or modular panels |
| Primary Thickness | 2.50 mm |
| Listed Thickness Range | 1.00–2.50 mm |
| Width Range | 30–1600 mm |
| Available Alloys | AA3003, AA3004, AA3105, AA5052, AA5005, AA5754, AA5083 and application-specific options |
| Available Tempers | O, H12, H14, H16, H18, H24, H26, H32, H34 and other compatible conditions subject to alloy and application |
| PVDF Coating Thickness | Not less than 25 µm according to the listed specification |
| PE Coating Thickness | Not less than 18 µm according to the listed specification |
| Color | RAL, Pantone or color matching according to an approved customer sample |
| Coil Inner Diameter | 405 mm / 505 mm for coil-format material according to the listed specification |
| Supply Form | Coil or cut-to-length sheet subject to required dimensions, flatness and shipment format |
| Approximate Bare Aluminum Mass at 2.5 mm | Approximately 6.75 kg/m² before coating, based on nominal aluminum density; actual mass varies with alloy, tolerance and coating construction |
| MOQ | 2 metric tons per specification according to the current product information |
| Payment Terms | L/C at sight or 30% T/T deposit with 70% balance against the B/L copy according to the listed terms |
| Delivery Time | Within approximately 20 days according to the current product information, subject to final specification and production schedule |
| Loading Port | Shanghai Port |
| Packing | Export-standard wooden pallets; eye-to-wall or eye-to-sky configuration for applicable coil shipments |
2.5 mm coated aluminum can be evaluated for exterior wall panels where the design requires a relatively rigid aluminum surface. For bonded sandwich walls, the aluminum facing should be evaluated together with the insulation or structural core and adhesive.
Thicker coated sheet can be considered for mobile-home doors, service doors, compartment covers and access panels where additional sheet stiffness or resistance to handling damage is required.
Color coated aluminum can be used for compatible front, rear and decorative body panels where color consistency, weather resistance and a finished exterior appearance are important.
Roof skins, fascia and edge components require separate review of weight, forming, thermal expansion, joints, sealants and fastening. The suitability of 2.5 mm material should therefore be confirmed against the complete roof design.
Side skirts, lower decorative panels and other exposed non-safety-critical components can use coated aluminum where corrosion resistance and a durable decorative surface are required.
Discuss Your Mobile Home Panel Design
The listed product range covers several aluminum alloys because mobile-home panels can have very different strength, forming and corrosion requirements. Alloy selection should be based on the finished component rather than treating every listed grade as interchangeable.
| Alloy Group | Typical Considerations |
| 3003 / 3004 / 3105 | Practical formability and corrosion resistance for suitable panel skins, decorative components and formed parts where moderate strength is sufficient |
| 5005 | Can be evaluated for suitable decorative or architectural-style panels requiring a 5xxx-series substrate |
| 5052 | Useful starting point where increased panel strength, dent resistance or corrosion resistance is required |
| 5754 | Can be evaluated for stronger exterior body and mobile-equipment panels subject to forming and joining requirements |
| 5083 | Available within the listed range for selected higher-strength applications; final temper, forming and joining requirements should be reviewed separately |
A 2.5 mm solid aluminum sheet is considerably more rigid and heavier than the thin aluminum skins commonly used in many laminated RV or caravan wall systems. The additional thickness can improve local panel stiffness and resistance to handling dents, but it also increases vehicle or cabin mass.
At nominal 2.5 mm thickness, bare aluminum has an approximate mass of 6.75 kg per square metre before coating. For a large mobile-home sidewall, this weight should be included in the complete body and payload calculation.
Where the panel consists of an aluminum skin bonded to a structural or insulating core, a thinner aluminum facing may sometimes achieve the required system stiffness with lower overall mass. Final thickness should therefore be selected from the complete panel construction rather than by sheet thickness alone.
| Selection Factor | PE Coating | PVDF Coating |
| Listed Film Thickness | Not less than 18 µm | Not less than 25 µm |
| Typical Positioning | General-purpose panels, protected exterior areas and interior applications subject to the approved coating specification | More demanding exterior surfaces exposed to sunlight, rain and long-term outdoor weathering |
| Main Selection Factors | Cost, appearance, forming, cleanability and expected exposure | UV exposure, color retention, exterior weathering and project durability requirements |
| Final Approval | Confirm substrate pretreatment, coating construction, color, gloss, film thickness and forming requirements for the actual mobile-home application | |
An exterior wall panel is exposed to sunlight, rain, humidity, road contamination and repeated temperature changes. Exterior coating selection should therefore prioritize weather resistance, color stability and compatibility with sealants, adhesives and protective films.
Interior panels may prioritize appearance, cleanability and resistance to condensation or cleaning agents rather than the same level of UV resistance required on an exterior surface.
Roof applications should be reviewed for forming, thermal movement, joint design, drainage, sealant compatibility and the supporting roof structure. Material selection alone does not determine roof water tightness.
Many mobile-home, caravan and camping-cabin walls use a laminated panel construction. The coated aluminum skin may be bonded to polyurethane foam, PIR, XPS, plywood, honeycomb or another structural or insulating core.
When adhesive bonding is used, the reverse side of the aluminum must be compatible with the selected adhesive. Buyers should provide the adhesive chemistry, core material, press cycle, cure temperature and surface-preparation process before bulk production.
A representative laminated panel should be produced before commercial approval. Useful checks include initial bond strength, panel flatness, humidity exposure, temperature cycling and any application-specific ageing conditions.
Discuss Your Panel Bonding System
The aluminum sheet primarily functions as the outer or inner facing of a mobile-home panel. It should not be treated as the principal thermal-insulation material.
Thermal performance is mainly determined by the insulation or core material, its thickness, panel joints, framing, thermal bridges, windows, doors and installation details. PU, PIR, XPS, mineral insulation or other approved core materials can be combined with aluminum skins according to the required wall construction.
Any stated thermal resistance or energy-performance value should therefore be verified for the complete wall, roof or mobile-home assembly rather than attributed to the color coated aluminum sheet alone.
Large smooth sidewalls make small waves, dents and adhesive read-through more visible. For panels that remain exposed after assembly, flatness can be as important as alloy and coating selection.
Buyers should define acceptable edge wave, center buckle, width tolerance and surface quality according to the lamination or fabrication line. For a new full-width panel, a representative production-size trial is more informative than approving only a small color sample.
Smooth painted mobile-home panels can be scratched during cutting, drilling, bonding, stacking, transportation or final assembly. A suitable removable protective film can be considered where the visible surface needs additional protection during downstream processing.
Film selection should be validated against the coating, lamination temperature, storage duration and expected removal stage to reduce the risk of residue or difficult removal.
Exterior and interior panels can be color matched according to suitable RAL or Pantone references. A physical master sample is recommended when precise repeat color matching is required.
High-gloss finishes can provide a clean exterior appearance but also make dents, waves, scratches and adhesive read-through more visible, increasing the importance of substrate flatness and careful handling.
Matte finishes can be considered for mobile cabins and RV panels requiring lower reflectivity and a more subdued appearance.
Where available, embossed or textured surfaces can make minor panel variation less visually obvious than a smooth high-gloss finish. Actual texture, thickness and forming requirements should be confirmed before ordering.
Cutting tools should produce clean edges without excessive burr or unnecessary coating damage. Visible surfaces should be protected from swarf and tool contact during machining.
Bending performance depends on alloy, temper, 2.5 mm sheet thickness, bend radius and coating flexibility. A representative trial should be completed when tight bends or visible formed corners are required.
Where screws, rivets or other fasteners are used, the panel design should account for hole geometry, local deformation, thermal movement and compatibility between dissimilar materials.
Sealants, tapes and structural adhesives should be tested against the actual coating or reverse-side treatment rather than assumed compatible solely from the paint type.
Confirm the supplied alloy and temper against the approved panel specification before fabrication. Different alloys and tempers can change stiffness, bend behavior and springback.
Check nominal thickness, usable width and dimensional tolerances before cutting or lamination. For the primary SKU, verify the 2.50 mm requirement against the approved drawing.
Inspect for edge wave, center buckle, bow and other shape deviations that could remain visible or affect bonding over a large panel area.
Check for scratches, dents, pressure marks, stains, coating defects and visible color variation before the material enters the production line.
For several panels installed next to each other, compare each production lot against the approved color and gloss reference before fabrication.
For laminated wall construction, build a representative panel using the actual aluminum, adhesive, core and press process before approving the bulk material.
Request Material for a Panel Trial
Identify whether the material is for an exterior sidewall, roof, door, front panel, rear panel, interior liner or another component. Each location has different strength, weathering and surface requirements.
2.5 mm is the primary thickness of this product page, while the listed production range is 1.0–2.5 mm. The required gauge should be selected according to panel stiffness, weight, core construction and fastening or bonding method.
Provide the required mechanical properties if already specified. 3000-series alloys can be evaluated for suitable general panels, while 5052 or 5754 can be considered where greater strength or dent resistance is required.
The listed width range is 30–1600 mm. Provide the finished panel or skin width together with trimming allowance to determine the required supply dimension.
Provide the installation environment, required exterior weathering performance, color, gloss and expected cleaning conditions. PVDF can be evaluated for more demanding exterior exposure, while PE can be considered for suitable general applications.
If the sheet will be laminated, provide the core material, adhesive, coating weight, press temperature and cure process so reverse-side compatibility can be reviewed.
State whether protective film, interleaf or other protection is needed for the visible face during cutting, bonding, transportation and final assembly.
For a new mobile-home structure, validate the actual aluminum sheet together with the core, adhesive, frame, fasteners and sealants before committing to full production.
| MOQ | 2 metric tons per specification according to the current product information |
| Payment | L/C at sight or 30% T/T deposit and 70% balance against the B/L copy according to the listed terms |
| Delivery Reference | Within approximately 20 days, subject to confirmed alloy, coating, color, dimensions and quantity |
| Loading Port | Shanghai Port |
| Packing | Export-standard wooden pallet packing; final packing method depends on coil or cut-sheet format and panel dimensions |
| Required Inquiry Information | Panel location, alloy and temper, thickness, width and length, coating type, color, gloss, core, adhesive, protective-film requirement, quantity and destination |
Send Your Mobile Home Panel Specification
It can be evaluated for exterior wall panels, doors, access panels, front or rear decorative panels, roof components, skirts and other mobile-home parts where the design calls for a relatively thick prefinished aluminum sheet.
No. 2.5 mm is the primary specification of this product page, while the current listed production range is 1.0–2.5 mm.
Using a nominal aluminum density of approximately 2.70 g/cm³, a 2.5 mm bare aluminum sheet weighs about 6.75 kg/m² before coating. Actual mass varies with alloy, thickness tolerance and coating.
The listed range includes 3003, 3004, 3105, 5052, 5005, 5754 and 5083. Final selection should be based on strength, formability, corrosion exposure and the complete panel structure.
The current product specification lists a width range of 30–1600 mm. Final availability depends on alloy, thickness, coating and supply format.
PE can be considered for suitable general applications, while PVDF can be evaluated where stronger long-term exterior weathering and UV performance are required. Climate, exposure and target appearance should be considered before selection.
The current specification lists PVDF coating at not less than 25 µm and PE coating at not less than 18 µm.
The aluminum is primarily a facing or panel material. Most thermal insulation is provided by the wall or roof core, insulation thickness, framing, joints, windows and the complete construction.
It can be evaluated for bonded panel construction. Adhesive compatibility should be tested with the actual reverse-side coating, foam or plywood core, cure temperature and production process before bulk use.
Large visible sidewalls can make edge wave, center buckle, dents and adhesive read-through easy to see. Flatness also affects lamination and final panel assembly.
Yes. The listed product supports RAL, Pantone and customer-specified colors. A physical approved sample is recommended when repeat color matching is critical.
The current product information lists an MOQ of 2 metric tons per specification.
The current product information lists approximately 20 days. Actual lead time depends on alloy, coating, color, dimensions, quantity and production scheduling.
A representative panel trial is recommended for a new mobile-home design, especially where the aluminum will be laminated to a foam, plywood, honeycomb or composite core.
Please provide panel application, alloy and temper if known, thickness, width and length, PE or PVDF coating, color, gloss, core and adhesive information, protective-film requirement, quantity, packing requirement and destination.
