Model: 1.0




The plastic housing of the hair dryer is a core structural component, comprising components such as the handle housing, barrel housing, decorative panel, and air intake mesh cover. It is injection molded using high-quality engineering plastics, balancing appearance quality, structural strength, high temperature resistance, and insulation safety. It supports mold customization and is compatible with various models such as household hair dryers, high-speed brushless hair dryers, and professional hairdressing hair dryers.
ABS: High cost-effectiveness, easy to color, good surface spraying/screen printing effect, excellent toughness, suitable for ordinary household hair dryer shells
PC: High temperature resistance, impact resistance, excellent flame retardant and insulating properties, commonly used in high temperature areas of air ducts, preferred substrate for high-speed hair dryers
PC+ABS alloy: Combining the heat resistance of PC and the ease of processing of ABS, it boasts dimensional stability and a fine appearance, making it a mainstream material for high-end hair dryer casings
Modified PP: lightweight, good toughness, mostly used for air intake grilles and decorative small parts
It can be flame-retardant modified according to safety regulations to meet the insulation safety standards for household appliances.
✅ High temperature resistance without deformation: Modified engineering plastics, capable of enduring hot wind environments for a long time, are not prone to softening or warping. ✅ Insulation safety: Excellent electrical insulation properties, effectively avoiding the risk of electric leakage, and complying with household appliance safety standards. ✅ Strong appearance plasticity: Can be processed with surface techniques such as matte, high gloss, frosting, oil spraying, electroplating, UV, and brushing; supports multi-color splicing. ✅ Precise injection molding: Uniform wall thickness, integrated molding of buckle and screw post structures, high assembly fit, and small gaps. ✅ Drop resistance and aging resistance: Good toughness, not prone to cracking from daily falls; UV resistance, not prone to yellowing from long-term use. ✅ Customized development: Custom mold making based on provided drawings/samples, capable of customizing appearance and internal structure, supports small-batch trial production to large-scale production
Household high-speed hair dryer, negative ion hair care hair dryer, salon professional hairdressing hair dryer, portable folding hair dryer, pet watering machine shell, etc.
Product structure evaluation, mold flow analysis, and early avoidance of shrinkage, deformation, and appearance defects
Mold development + integrated plastic injection production
Secondary processing: oil spraying, silk screening, laser engraving, assembly
Sample proofing, supporting appearance, assembly, and heat resistance testing
Support export orders and can provide material property reports as needed

The high-speed hair dryer plastic shell project of a well-known domestic consumer electronics brand includes multiple sets of precision plastic components such as the main body surface shell, handle shell, air duct internal bracket, and decorative panel. The product belongs to high-end household personal care appliances, and has extremely high requirements for appearance quality, curved surface assembly coordination, high temperature resistance, drop strength, and batch appearance consistency.
国内之名品牌





Model: 1.0
The plastic housing of the hair dryer is a core structural component, comprising components such as the handle housing, barrel housing, decorative panel, and air intake mesh cover. It is injection molded using high-quality engineering plastics, balancing appearance quality, structural strength, high temperature resistance, and insulation safety. It supports mold customization and is compatible with various models such as household hair dryers, high-speed brushless hair dryers, and professional hairdressing hair dryers.
ABS: High cost-effectiveness, easy to color, good surface spraying/screen printing effect, excellent toughness, suitable for ordinary household hair dryer shells
PC: High temperature resistance, impact resistance, excellent flame retardant and insulating properties, commonly used in high temperature areas of air ducts, preferred substrate for high-speed hair dryers
PC+ABS alloy: Combining the heat resistance of PC and the ease of processing of ABS, it boasts dimensional stability and a fine appearance, making it a mainstream material for high-end hair dryer casings
Modified PP: lightweight, good toughness, mostly used for air intake grilles and decorative small parts
It can be flame-retardant modified according to safety regulations to meet the insulation safety standards for household appliances.
✅ High temperature resistance without deformation: Modified engineering plastics, capable of enduring hot wind environments for a long time, are not prone to softening or warping. ✅ Insulation safety: Excellent electrical insulation properties, effectively avoiding the risk of electric leakage, and complying with household appliance safety standards. ✅ Strong appearance plasticity: Can be processed with surface techniques such as matte, high gloss, frosting, oil spraying, electroplating, UV, and brushing; supports multi-color splicing. ✅ Precise injection molding: Uniform wall thickness, integrated molding of buckle and screw post structures, high assembly fit, and small gaps. ✅ Drop resistance and aging resistance: Good toughness, not prone to cracking from daily falls; UV resistance, not prone to yellowing from long-term use. ✅ Customized development: Custom mold making based on provided drawings/samples, capable of customizing appearance and internal structure, supports small-batch trial production to large-scale production
Household high-speed hair dryer, negative ion hair care hair dryer, salon professional hairdressing hair dryer, portable folding hair dryer, pet watering machine shell, etc.
Product structure evaluation, mold flow analysis, and early avoidance of shrinkage, deformation, and appearance defects
Mold development + integrated plastic injection production
Secondary processing: oil spraying, silk screening, laser engraving, assembly
Sample proofing, supporting appearance, assembly, and heat resistance testing
Support export orders and can provide material property reports as needed
Through mold optimization, process stabilization, and a strict quality control system, the consumer electronics precision plastic structural parts project successfully achieved rapid implementation from new product prototyping to mass production. The product dimensional accuracy, appearance quality, assembly performance, and batch stability all met customer requirements, effectively supporting the timely release and market delivery of the customer's new products
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