Table of Content

1 Overview of Automotive Smart Surface Industry
1.1 Definition of Automotive Smart Surface
1.2 Development History of Automotive Smart Surface
1.2.1 Development History of Automotive Smart Surface: Comparison of Technology Routes
1.2.2 Development History of Automotive Smart Surfaces: Phase 1
1.2.3 Development History of Automotive Smart Surfaces: Phase 2
1.2.4 Development History of Automotive Smart Surfaces: Phase 3
1.2.5 Application Scenarios of Smart Surface (Interior)
1.2.5 Application Scenarios of Smart Surface (Exterior)
1.3 Introduction to Automotive Smart Surface Technology
1.3.1 Automotive Intelligent Surface Technology - IMD (1)
1.3.1 Automotive Intelligent Surface Technology - IMD (2)
1.3.1 Automotive Intelligent Surface Technology - IMD (3)
1.3.1 Comparative Analysis of IMD Technologies
1.3.2 Automotive Intelligent Surface Technology - IME
1.3.2 Automotive Intelligent Surface Technology - IME Process
1.3.2 Automotive Intelligent Surface Technology - IME Advantages
1.3.2 Comparative Analysis of IME and IMD
1.3.2 Automotive Intelligent Surface - Market Size of IME 2020-2025
1.3.3 Automotive Intelligent Surface Technology - TOM
1.3.3 Comparative Analysis of TOM and IMD
1.4 Automotive Intelligent Surface Materials
1.4.1 Different Types of Smart Surface Decorative Films (1)
1.4.1 Different Types of Smart Surface Decorative Films (2)
1.4.1 Different Types of Smart Surface Decorative Films (3)
1.4.2 Automotive Smart Surface Materials: Translucent Skin
1.4.3 Automotive Smart Surface Materials: Smart Fabric
1.4.4 Automotive Smart Surface Materials: Transparent Conductive Electrodes (1)
1.4.4 Automotive Smart Surface Materials: Transparent Conductive Electrodes (2)
1.4.5 Performance Comparison between Transparent Conductive Electrode Materials
1.4.6 IME Applications for Touch Control
1.4.7 Integrated Materials
1.5 Installation Places of Automotive Smart Surface
1.5.1 Application of Automotive Smart Surface (1)
1.5.1 Application of Automotive Smart Surface (2)
1.5.2 Automotive Smart Surface Application - HMI Control Panel
1.5.3 Automotive Smart Surface Application - Overhead Console
1.5.4 Automotive Smart Surface Applications - Heater/Display
1.6 Trend Analysis
1.6.1 Development Trends of Automotive Smart Surface: Overview
1.6.2 Trend 1: Smart Surface Models Have a Growth Rate of 34.7%
1.6.3 Trend 2: The “Plastic Material + IML/IME” Solution is Expected to Become the Mainstream Solution
1.6.4 Trend 3: Distribution of Smart Surface Models by Vehicle Class/Price Range/OEM
1.6.5 Trend 4: Low-cost Materials and Technologies Are Becoming More Important
1.6.6 Trend 5: Multiple Technology Routes in Parallel
1.6.7 Trend 6: Combination of Smart Surface HMI Design and Multimodal Interaction


2 Automotive Smart Surface Tier1s
2.1 FORVIA
2.1.1 Profile
2.1.2 Five functions of Smart Surface
2.1.3 New Dynamics: Light and Shadow Seat
2.1.3 New Dynamics: Light Title
2.1.4 Smart Surface (1)-(9)
2.1.5 Intuition System

2.2 Antolin
2.2.1 Profile
2.2.2 Development History
2.2.3 Partners
2.2.4 Smart Surface Products
2.2.5 Dynamics: Cooperation with E INK
2.2.5 Dynamics: Recyclable Materials Used in Surface Products
2.2.6 NEXUS Smart Door Panel

2.3 Continental
2.3.1 Profile
2.3.2 Development History
2.3.3 Intelligent Cockpit Surface (Center Console)
2.3.4 Characteristics of Smart Surface
2.3.5 Structure of Smart Surface

2.4 Marelli
2.4.1 Profile
2.4.2 Smart Surface (Interactive Light Transmitting Decoration)
2.4.2 Smart Surface (Soft Touch Smart Surface)
2.4.2 Smart Surface (Center Console)
2.4.2 Smart Surface (Invisible Smart Surface)

2.5 Yanfeng
2.5.1 Profile
2.5.2 Business layout
2.5.3 Smart Surface (1)
2.5.3 Smart Surface (2)
2.5.3 Smart Surface (3)
2.5.4 Smart Surface Functions of XiM20-23 Series
2.5.5 XiM25

2.6 Minth Group
2.6.1 Profile
2.6.2 Development History
2.6.3 Product Application (1)
2.6.3 Product Application (2)

2.7 Changshu Automotive Trim (CAIP)
2.7.1 Profile
2.7.2 Intelligent Cockpit Interior

2.8 Joyson Electronics
2.8.1 Profile
2.8.2 Organizational Structure and Acquisition History
2.8.3 Smart Surface Business
2.8.4 3D Landscape Control


3 Automotive Smart Surface Supply Chain Companies
3.1 Dupont
3.1.1 Development History
3.1.2 Product Introduction
3.1.3 Smart Surface Business
3.1.4 Main Products of Smart Surface Business (1)-(4)

3.2 Tactotek
3.2.1 Profile
3.2.2 Main Products
3.2.3 IMSE Technology: Introduction
3.2.3 IMSE Technology: Process
3.2.3 IMSE Technology: Practical Cases
3.2.3 IMSE Technology: Features and Advantages

3.3 CondAlign
3.3.1 Main Business
3.3.2 Business Analysis
3.3.3 Conductive Film Products

3.4 Covestro
3.4.1 Makrolon Ai material
3.4.2 Makrofol Film
3.4.3 Bayfol Film

3.5 Marquardt
3.5.1 Mobile Living Room Combined with Smart Surface

3.6 CGT
3.6.1 Reveal Materials

3.7 UltraSense
3.7.1 Main Business
3.7.2 DynamicS

3.8 TouchNetix
3.8.1 Touch products

3.9 Sekisui
3.9.1 Main Business
3.9.2 Product Application (1)
3.9.2 Product Application (2)
3.9.2 Product Application (3)
3.9.2 Product Application (4)

3.10 e2ip
3.10.1 Profile
3.10.2 Product Application (1)
3.10.2 Product Application (2)

3.11 Canatu
3.11.1 Profile
3.11.2 Operation
3.11.3 Product Application (1)
3.11.3 Product Application (2)

3.12 Kurz
3.12.1 Profile
3.12.2 Operation
3.12.3 Product Application

3.13 MacDermid
3.13.1 Profile
3.13.2 Product Application (1)
3.13.2 Product Application (2)
3.13.2 Product Application (3)
3.13.2 Product Application (4)
3.13.2 Product Application (5)
3.13.2 Product Application (6)
3.13.2 Product Application (7)
3.13.2 Product Application (8)

3.14 Nextinput
3.14.1 Solid-state Entry-free solution

3.15 Daming Electronics
3.15.1 Business and Technology Introduction

3.16 Ways Electron
3.16.1 Profile
3.16.2 Business Introduction
3.16.3 Smart Surface Business Development

3.17 Ningbo Huaxiang Electronics
3.17.1 Profile
3.17.2 Main Business
3.17.3 Luminous interior

3.18 Zhenghai Technology
3.18.1 Profile
3.18.2 IML Business

3.19 Tinychip
3.19.1 Profile
3.19.2 TCAE10 Touch Solution
3.19.3 TCAE12/32 Touch Solution
3.19.3 TCAE32A Touch Solution
3.19.4 TCAE31A-QDA2 touch solution

3.20 Awinic Technology
3.20.1 Smart Surface Button Design Structure
3.20.2 Smart Surface Touch Feedback Technology
3.20.3 Smart Steering Wheel Solution: Design Solution
3.20.3 Smart Steering Wheel Solution: AW86205QNR-Q1 Case
3.20.3 Smart Steering Wheel Solution: AW86907QNR-Q1 Case
3.20.4 Chip Solution

3.21 Sunlord Electronics
3.21.1 Ambient Lighting Solution

3.22 CVA Chip
3.22.1 Touch Screen Products

4 OEM Solutions for Automotive Smart Surface
Summary of Smart Surface Models (1): New Smart Surface Models, Jan-Oct 2024
Summary of Smart Surface Models (2): New Smart Surface Models, Jul-Dec 2023
Summary of Smart Surface Models (3): Typical Smart Surface Models

4.1 Mercedes-Benz
4.1.1 Concept Car
4.1.2 V-Class
4.1.3 GLE

4.2 BMW
4.2.1 7 Series
4.2.2 i5
4.2.3 iX
4.2.4 iX Flow Concept Car: Color Change Features
4.2.4 iX Flow Concept Car: Color Change Principle

4.3 Ferrari
4.3.1 Roma
4.3.2 Purosangue

4.4 Volkswagen
4.4.1 ID.7 VIZZION
4.4.2 Passat 2025

4.5 SAIC-GM Buick
4.5.1 GL8/GL8 New Energy
4.5.2 Verano

4.6 FAW Hongqi
4.6.1 EH7
4.6.2 HQ9

4.7 Changan Avatr
4.7.1 Avatr 07
4.7.2 Avatr 12

4.8 Geely
4.8.1 Geely Xingyuan
4.8.2 Volvo EX30
4.8.3 Volvo EM90
4.8.4 Zeekr 001
4.8.5 Geely Borui/Zeekr X
4.8.6 Seat Touch Panel

4.9 Chery
4.9.1 Tiggo 9 C-DM
4.9.2 Fengyun T10

4.10 SAIC IM Motors
4.10.1 IM L7
4.10.2 IM LS7
4.10.3 Principles of Smart Surface Control Technology

4.11 Other Smart Surface Models
4.11.1 Denza N7/8
4.11.2 ARCFOX Kaola
4.11.3 Camry
4.11.4 Xpeng X9
4.11.5 Luxeed R7
4.11.6 Cadillac