Empowering Smart Office Scenarios | Innovative TCF (Industrial Manufacturing) Solutions
Core Innovations
Empowering Smart Office Scenarios | Innovative TCF (Industrial Manufacturing) Solutions
By superimposing heterogeneous structures including a conductive heating layer, electromagnetic shielding layer, and transparent conductive layer, and cooperating with a programmable control module, it achieves independent zonal control and on-demand switching of functions such as wireless charging, anti-radiation shielding, transparent display, and precise temperature control.
This creates a multifunctional integrated transparent conductive film tailored for smart office scenarios.
Differentiating Advantages
Multi-Functional Synergy in Office Scenarios
Zonal functions can be customized according to usage requirements:
- Wireless charging zone at the center of the conference table (supports simultaneous fast charging of multiple devices);
- Anti-radiation zone at the edges (shields signal interference from electronic devices);
- Transparent display & interaction zone on the main desktop (supports collaborative office via projection / touch control).
It meets core demands of multi-person collaboration, device interconnection, and interference-free communication.
Precise Control & High Adaptability
- Conductive heating zone: Achieves precise temperature control of 30–45℃ via PID feedback loop, with a temperature difference ≤ ±1℃. Maintains a comfortable desktop touch in winter and avoids cold hands reducing work efficiency.
- Electromagnetic shielding zone: Shielding effectiveness above 45dB, effectively blocks electromagnetic radiation from mobile phones, computers and other devices (frequency range: 800MHz–2.5GHz), ensuring electromagnetic safety in the office environment.
- Transparent display zone: Light transmittance ≥ 85%, haze < 1.0%, without compromising visual presentation and spatial transparency.
Flexible Customization & Space Optimization
A single TCF film replaces the traditional combination of wireless charging pad + anti-radiation mat + transparent panel, reducing equipment clutter, optimizing office space utilization, and lowering overall procurement and installation costs.
Technical Support
Regional Wiring Technology
Circuits in different zones are independently isolated to avoid functional interference.
Wiring spacing can be flexibly adjusted:
- Wiring density in wireless charging zones increased by 30% to ensure charging efficiency;
- Grid wiring adopted in anti-radiation zones to enhance shielding performance.
Multi-Layer Heterogeneous Stacking Technology
Transparent Conductive Layer (AZO system) + Electromagnetic Shielding Layer (silver nanowire / copper mesh composite) + Conductive Heating Layer (CNT network).
Layers are tightly bonded via customized conductive adhesive, with 180° peel strength ≥ 0.7N/mm, ensuring no delamination during long-term use.
The electromagnetic shielding layer uses a silver nanowire + ultra-thin copper mesh composite structure, providing over 45dB shielding effectiveness without reducing film transmittance.
Intelligent Control System
PID feedback loop collects real-time temperature data of the heating zone and dynamically adjusts power supply for precise temperature control.
Wireless charging zone complies with Qi2.0 standard, supporting 5–15W adaptive fast charging and compatibility with mainstream office electronic devices.
Company Introduction
Email: zhengzhen@nqrubber.com
Mobile: +86-13243809168 Zheng
