[email protected]
World's First AG+AF+EMI Triple Composite

Multi-Functional
Composite Glass

Single Glass, Triple Protection

AG (Anti-Glare) + AF (Anti-Fingerprint) + EMI (Electromagnetic Shielding) — three critical functions engineered into one pane. Replace multi-supplier complexity with a single, integrated solution.

The Problem

Why Buy Three When One Will Do?

Display systems in defense, medical, and industrial applications need anti-glare, anti-fingerprint, and EMI shielding. Today, these are typically sourced as separate components — creating cost, weight, and complexity penalties.

🏭

Multi-Supplier Management Cost

Sourcing AG, AF, and EMI glass from 2-3 different suppliers means 3x procurement cycles, 3x quality inspections, and compatibility risks between layers. Average supply chain overhead increases 35-50%.

⚖️

Added Weight & Thickness

Stacking multiple glass panes to achieve combined functions adds 2-6mm thickness and 30-60% weight — unacceptable for aerospace cockpits, vehicle dashboards, and portable medical devices.

🔗

Inter-Layer Compatibility Issues

When AG, AF, and EMI coatings are applied on separate substrates and laminated, optical mismatch, delamination, and inconsistent shielding performance become chronic quality issues.

💡

Our answer: One pane. Three functions. Zero compromise.

The Solution

One Pane. Five Functional Layers. Infinite Possibilities.

Our proprietary coating process deposits AG, AF, and EMI shielding layers onto a single glass substrate — all factory-calibrated for perfect compatibility.

Cross-Section Structure

AF Anti-Fingerprint Layer5-30nm
AG Anti-Glare LayerAdjustable
Glass Substrate2-6mm
EMI Shielding LayerNano-scale
Optional AR / Hard CoatOptional
1

AF Anti-Fingerprint Layer

Water contact angle ≥110°, oleophobic, easy-clean surface

2

AG Anti-Glare Layer

Haze 10-90% adjustable, eliminates specular reflection

3

Glass Substrate

Ultra-clear float / borosilicate / aluminosilicate

4

EMI Shielding Layer

ITO / Ag-based transparent conductive coating, ≥60dB

5

Optional AR / Hard Coat

Anti-reflective enhancement, 7H+ scratch resistance

Technical Specifications

Three Shielding Tiers, One Platform

Choose the shielding performance that matches your application — from industrial displays to military avionics.

Standard

EMI Shielding Tier

Shielding
≥60 dB
100MHz-10GHz
Transmittance
≥85% (AG face)
Surface Resistance
≤10⁹ Ω/sq
Best For
Industrial displays, smart terminals
Reference Price
¥600-900/㎡
MOST POPULAR

Enhanced

EMI Shielding Tier

Shielding
≥80 dB
10kHz-18GHz
Transmittance
≥87% (AG face)
Surface Resistance
≤10⁸ Ω/sq
Best For
Medical imaging, vehicle HUD
Reference Price
¥1,200-1,800/㎡

Premium

EMI Shielding Tier

Shielding
≥100 dB
10kHz-40GHz
Transmittance
≥90% (AR face)
Surface Resistance
≤10⁷ Ω/sq
Best For
Military avionics, classified facilities
Reference Price
¥2,500-3,500/㎡

Full Technical Specifications

Substrate Material
Ultra-clear float glass / Borosilicate / Aluminosilicate glass
Total Thickness
2mm - 6mm (single-pane composite)
EMI Shielding (Standard)
≥60 dB (100MHz-10GHz)
EMI Shielding (Enhanced)
≥80 dB (10kHz-18GHz)
EMI Shielding (Premium)
≥100 dB (10kHz-40GHz)
Light Transmittance (AG face)
≥85%
Light Transmittance (AR face)
≥90%
Surface Resistance (AF)
≤10⁹ Ω/sq
AF Contact Angle
≥110° (water), oleophobic
AG Haze Range
10%-90% (customizable)
Hardness
≥7H pencil (with hard coat)
Max Size
Custom per equipment specifications
Processing
CNC cutting, drilling, edge grinding, silk printing
Certifications
GB/T 42589-2023, ISO 9001, RoHS, REACH
MOQ
100 pieces (sample orders accepted)
Applications

Where Triple Protection Matters Most

Military, aviation, and medical applications account for 79.3% of the global EMI shielding window market. Our composite glass is engineered for these demanding environments.

🛡️42.3% of market

Military Vehicles

Armored cockpit displays, command vehicle observation windows, portable field terminals — where EMI shielding ≥80dB and anti-glare readability are mission-critical.

✈️19.8% of market

Aviation Instruments

Cockpit multi-function displays, avionics instrument panels, helicopter HUD covers — lightweight single-pane replacement for multi-layer stacks.

🏥17.2% of market

Medical Equipment

MRI room observation windows, ultrasound display panels, surgical touchscreens — requiring high transmittance, EMI isolation, and easy-clean AF surface.

🔒12.8% of market

Secure Communications

SCIF windows, secure conference room partitions, data center monitoring panels — preventing electromagnetic information leakage while maintaining visual access.

🔬High-spec segment

Research Laboratories

Anechoic chamber windows, EMC test enclosures, precision instrument shields — demanding consistent, measurable shielding across wide frequency bands.

Why Consolidate

Composite vs. Separate Procurement

The total cost of ownership goes far beyond the per-unit price. See how a single composite pane outperforms buying AG, AF, and EMI glass separately.

Comparison ItemJZJ Composite (Single Pane)Separate Purchase (2-3 Panes)Your Advantage
Unit Cost600-3,500 ¥/㎡900-5,000+ ¥/㎡30-40% savings
Total Weight5-15 kg/㎡ (2-6mm pane)8-25 kg/㎡ (2-3 panes)40-60% lighter
Total Thickness2-6mm (single pane)6-18mm (stacked)50-70% thinner
Supply Chain1 supplier, 1 PO, 1 QC2-3 suppliers, 3 POs, 3 QCs70% less overhead
Optical ConsistencyFactory-calibrated coating stackInter-layer mismatch riskZero compatibility risk
Lead Time15-25 working days30-60 working days (sequential)50% faster
FAQ

Frequently Asked Questions

It integrates three critical functions into a single glass pane: AG (Anti-Glare) eliminates specular reflection for readable displays under bright light; AF (Anti-Fingerprint) provides an oleophobic surface that resists fingerprints and is easy to clean; EMI (Electromagnetic Interference) shielding blocks electromagnetic radiation at ≥60dB to ≥100dB depending on tier. Instead of buying 3 separate glass components from different suppliers, you get one unified solution — saving cost, weight, thickness, and supply chain complexity.
Ready to Get Started?

One Glass. Three Solutions. Zero Compromise.

Tell us your shielding, optical, and surface requirements. Our engineering team will deliver a tailored composite glass proposal within 24 hours.

Application Guide

When to Choose Composite Glass

Helping you decide whether AG+AF+EMI composite glass is the right solution for your application.

Ideal Applications

Military display terminals
Need ≥80dB EMI shielding + anti-glare readability in field conditions
Medical imaging rooms
MRI/CT observation windows requiring EMI isolation + anti-fingerprint hygiene
Aerospace cockpit displays
Weight-critical applications where multi-pane stacks are impractical
Secure facility windows
SCIF / conference rooms needing visual access + EM leakage prevention
Industrial HMI with EMI sensitivity
Touch displays in electromagnetically noisy factory environments

Not Needed When

Only AG or AF is needed
If no EMI shielding is required, our standard AG+AF glass is more cost-effective
Consumer smartphone screens
Ultra-thin cover glass (0.5-0.7mm) with AG+AF is sufficient; EMI shielding is handled at device level
Very high EMI + no optical need
For opaque shielding panels, solid metal shields or wire mesh glass are lower-cost options
How We Work

Cooperation Process

From initial inquiry to after-sales support — a transparent, structured workflow with clear milestones at every stage.

💬
Step 01
Requirement Discussion
Technical specs review, application analysis
📋
Step 02
Technical Proposal
Layer design, process selection, quotation
🔬
Step 03
Sample Confirmation
7-15 days sample lead time
🏭
Step 04
Mass Production
Dedicated production line, real-time tracking
Step 05
Quality Inspection
100% inline QC, shielding test report
📦
Step 06
Packaging & Shipping
Anti-scratch packaging, FOB/CIF/DDP terms
🤝
Step 07
After-Sales Support
Technical backup, replacement policy, feedback loop