Brand Name: | XHS/Customize |
Model Number: | Customize |
MOQ: | 10 |
Price: | 50-100USD |
Payment Terms: | T/T |
Supply Ability: | 10000-100000PCD / week |
Product Title:
"High-Fidelity Etched Metal Speaker Grilles - OEM Grade Acoustic Performance with 0.03mm Precision"
Key Selling Points:
Micro-precision etching achieves 0.03mm hole accuracy
316L stainless steel construction withstands harsh automotive environments
Custom acoustic tuning with 30-70% open area ratios
Lightweight designs from 0.2mm thickness
IP54 rated dust/water protection
Technical Specifications:
Material Options | 304/316L Stainless Steel, Aluminum 5052/6061, Titanium Grade 1 |
Thickness Range | 0.2mm-1.0mm (±0.03mm) |
Hole Diameter | 0.5mm-3.0mm (±0.02mm) |
Open Area Ratio | 30%-70% (customizable) |
Surface Finish | Brushed (Ra 0.8μm), PVD Coated, Anodized |
FAQ Section:
Q1: What file formats do you accept for custom designs?
A: We prefer vector files (AI/EPS) with 1:1 scale. DXF/DWG and high-res PDF (600dpi+) also acceptable.
Q2: How do your etched grilles compare to punched alternatives?
A: Etched grilles provide:
50% better dimensional accuracy
No material deformation
More complex pattern capabilities
Smoother edges for better acoustics
Q3: What coatings do you recommend for harsh environments?
A: For coastal/mountainous regions:
316L stainless steel with PVD coating (0.5-1μm)
Aluminum with anodizing (15-25μm)
Optional hydrophobic nano-coatings
Q4: Can you match existing OEM speaker grille specifications?
A: Yes, we can reverse-engineer existing parts with:
3D scanning (±0.02mm accuracy)
Material analysis
Acoustic performance testing
Q5: What quality documentation do you provide?
A: All shipments include:
Material certifications (EN 10204 3.1)
Dimensional inspection reports
Salt spray test reports
RoHS/REACH compliance statements
Production Capabilities:
Prototype lead time: 5-7 working days
Mass production capacity: 1,000,000+ pieces/month
Packaging: Anti-scratch PE foam + moisture barrier bags
MOQ: 500pcs for custom designs
Design Services:
Acoustic simulation for optimal open area ratio
CFD analysis for airflow optimization
DFM (Design for Manufacturing) consultation
Prototype testing and validation