Injection Plastic Shell for Dashboard | Electric Vehicle Plastic Enclosure

Item specifics

Design: 3D Drawings or Objects

Surface: Polishing

Service: Free Consult

MOQ: 1000pcs

Application: Electric Vehicle Dashboard

Review

Description

Manufacture Plastic Shells for Electric Vehicle Dashboard

Material Selection	Use a suitable grade of plastic that meets the required mechanical, thermal, and chemical properties (e.g., ABS, PC, PMMA, or PBT). Ensure the selected material is compatible with any additional chemical or UV resistance requirements.
Dimensional Accuracy and Tolerance	Ensure the part has the correct dimensions, orientation, and tolerance to fit the intended application. Use a stable dimensioning system to minimize dimensional changes during the molding process.
Surface Finish and Texture	Achieve a suitable surface finish (e.g., matte, glossy, textured, or patterned) to match the intended aesthetic or functional requirements. Use techniques like molding, machining, or post-processing methods (e.g., sanding, polishing, or chemical etching) to achieve the desired surface finish.
Mechanical Properties	Ensure the part has sufficient impact resistance, tensile strength, and flexural strength to withstand normal use conditions. Consider factors like impact resistance, compression set, and fatigue life when selecting the material or optimizing the part design.
Thermal Properties	Ensure the part can withstand operating temperatures, thermal shock, or exposure to extreme temperatures. Select a material with a suitable glass transition temperature (Tg) to maintain dimensional stability and mechanical properties within the operating temperature range.
Chemical Resistance	Choose a material that can resist chemicals and contaminants that may come into contact with the dash shell. Test the material with specific chemicals or cleaning agents to ensure compatibility.
UV Resistance (if applicable)	Select a material with sufficient UV resistance if the dash shell will be exposed to direct sunlight or sunlight through windows. Consider using additives or using UV-resistant materials to minimize discoloration and degradation.
Color Consistency and Stability	Ensure the part has consistent color and prevents color fading or tone shift over time. Use high-quality resin, optimize the molding process, and employ color matching techniques to achieve the desired color consistency.