77GHz Millimeter Wave Radar Protective Cover Glass | AR+AF Coated Aluminosilicate Radar Window

77GHz Millimeter Wave Radar Protective Cover Glass | AR+AF Coated Aluminosilicate Radar Window

77GHz Millimeter Wave Radar Protective Cover Glass | AR+AF Coated Aluminosilicate Radar Window

Custom automotive ADAS millimeter wave radar dustproof protective glass for passenger fuel & new energy vehicles. Mohs 7 chemically strengthened aluminosilicate substrate with low-loss AR+AF composite coating. Perfectly matched with front & rear 77GHz anti-collision radar modules, stable supply for global automotive Tier1 suppliers and vehicle OEMs.

Mohs Grade 7 Hardness -40℃ ~ 85℃ Temperature Resistance Low Attenuation Millimeter Wave Transmission CNC Custom Shape & Black Shield Print
77GHz automotive millimeter wave radar protective cover glass AR AF coated aluminosilicate radar optical window

Core Technical Specifications

Base Material

Chemically strengthened aluminosilicate tempered glass

Available Thickness

1.1mm / 1.5mm / 2.0mm

Surface Hardness

Mohs Grade 7, anti-gravel impact

Functional Coating

AR+AF composite dual-function coating

Temperature Range

-40℃ ~ 85℃ continuous operation

Tolerance

Dimensional tolerance ±0.01mm

Custom Processing Options

CNC irregular shaped automotive radar protective glass with black shielding silk screen

Irregular CNC Contour Cutting

Custom outline & mounting holes strictly according to DXF engineering drawings.

AR AF composite coating structure for automotive radar cover glass

AR+AF Composite Coating

Reduce millimeter wave attenuation, repel mud, rain, snow and road salt pollution.

Key Product Advantages

High Hardened Substrate

Mohs 7 chemically strengthened glass effectively resists highway gravel impact and long-term sand abrasion, avoiding permanent surface damage.

Low-Loss Radar Transmission

Optimized AR+AF coating minimizes electromagnetic wave attenuation, guarantee stable signal of AEB, ACC and collision avoidance radar.

Excellent Thermal Durability

Pass thousands of hot-cold alternating cycle tests, coating no peeling, cracking or performance degradation.

Target Application Scenarios

Passenger Vehicle ADAS System

Front & rear 77GHz millimeter wave anti-collision radar for fuel vehicles and new energy EVs.

Automotive Tier1 Radar Module Factory

Support bulk OEM matching for radar assembly production line.

Automotive Optical R&D Project

Small batch prototype samples for new vehicle radar solution verification.

In-House Class 100 Cleanroom Manufacturing Process

01

CNC Precision Shaping

Cut irregular shape and positioning holes based on customer drawings.

02

Edge Chamfer & Polishing

Remove sharp edge, complete surface fine polishing.

03

Black Light-Shield Printing

Silk screen shading treatment to suppress stray light interference.

04

AR+AF Vacuum Coating

Dual functional coating deposited inside dust-free workshop.

05

CCD Full Inspection & Packing

Automatic optical inspection and dust-free packaging before shipment.

Frequently Asked Questions

Is the glass optimized for 77GHz millimeter wave radar?

Yes, our aluminosilicate glass and AR+AF coating are specially engineered for automotive 77GHz anti-collision radar modules.

Can I get small quantity prototype samples?

We support small batch sampling for automotive R&D verification, scalable to mass OEM production after project confirmation.

Can you produce according to customer DXF drawing?

Fully support custom CNC shape, positioning holes and black shading printing per your engineering files.

Why Cooperate With Felix Glass For Automotive Radar Optical Parts

  • 19+ years precision automotive optical glass manufacturing experience
  • Full in-house production without outsourcing, stable quality & lead time
  • Rapid prototype sampling service for automotive new project validation
  • 100% full inspection before shipment, meet automotive industrial standards
  • Mature bulk delivery experience serving global automotive Tier1 & OEM customers

Send Your Drawing To Get Custom Solution

Submit your DXF drawing, thickness, coating requirement and order volume for formal quotation.