Source: CMF Technology Exploration
Today, the application of tempered glass in fields such as 3C digital products, smart home appliances, smart home, IoT hardware, and new energy vehicles is becoming increasingly common, with tempered glass present in almost all display touch scenarios.
In the 3C digital field, chemical tempered glass is predominant, with applications including smartphone back covers, 2.5D glass, 3D glass, camera lens glass, laptop touch screen glass, and vehicle touch navigation glass. The thickness of chemical tempered glass generally ranges from 0.38, 0.55, 0.65, 0.8, 0.9/0.95, 1.0, 1.2, 1.5, 1.8, 2.0, 2.5 mm, with high-end flagship models primarily using imported glass such as Corning Gorilla Glass, Schott, and Asahi Glass, while mid-range machines mostly use domestic glasses from companies like Luobo, Nanbo, and Xuhong.
In the fields of smart home appliances, smart home design, photovoltaic industry, medical devices, and industrial applications, physical tempered thick glass is mainly used. For example, the glass panels of refrigerators, rice cookers, kitchen appliances, smart locks, and smart homes are all made of physical tempered glass, generally with a thickness of over 2.8 mm.
Both chemical tempered glass and physical tempered glass have their own advantages and disadvantages, and the choice mainly depends on the specific usage scenario. How to integrate cross-industry processes and optimize upgrades is key to better meeting customer needs.
Tempered glass is a common type of glass product, but many people do not know that there are two processing techniques for tempered glass: chemical tempering and physical tempering. Both processes have unique advantages, which will be briefly introduced below.
Physical tempered glass is a widely used type of glass, typically used for building curtain wall glass, furniture glass, etc. The principle of physical tempering involves heating the glass above its strain point and quickly cooling the surface uniformly. The surface state freezes, and as the glass inside gradually cools, the previously cooled surface restricts the internal contraction, resulting in compressive stress on the surface and tensile stress inside the glass.
Chemical tempering refers to the method of increasing glass strength using chemical principles, often specifically referring to the use of low-temperature ion exchange principles to enhance glass strength, also known as the ion exchange method. The processing process involves immersing the glass in high-temperature molten salt below its strain point, where small-volume alkali metal ions on the glass surface exchange with larger-volume alkali metal ions in the molten salt, resulting in compressive stress on the glass surface and thus enhancing its strength.
Currently, physical tempered glass is more commonly used in the market. Chemical tempering has high energy consumption and cost, and when broken, it does not shatter into small pieces like physical tempered glass, hence it is not classified as safety glass. However, chemical tempered glass has its own characteristics, such as being suitable for tempered thin glass, while physical tempered thin glass is prone to deformation. Chemical tempered glass also features high strength, uniform stress, no stress spots, dense surface structure, high chemical stability, good thermal stability, good flatness, no deformation, no spontaneous explosion, and superior performance.
With the widespread commercial use of 5G, the era of the Internet of Things is upon us, with more and more terminal manufacturers involved in IoT hardware. Tempered glass has a special texture that is transparent, cold, and high-end. The integration of traditional manufacturing processes with modern advanced technology has enriched CMF technology on glass surfaces, not only through traditional silk printing and painting but also through the combination of nano-embossing and optical texture integration, making glass surface decoration more stunning.
Whether it is a novel trendy product or an industry application, smart home appliances, or smart home design, creative texture designers combine aesthetic design and optical texture design with customer and user usage scenarios, exploring user pain points to provide more temperature and aesthetically pleasing full-scene solutions, creating value for customers and users, allowing us to go further on the path of CMF technology exploration.
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Company |
Booth Number |
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Zhuhai Jiyang Technology Co., Ltd. |
A001 |
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Hunan Songjing New Materials Co., Ltd. |
A002 |
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Dongguan Xingze Mould Laser Technology Co., Ltd. |
A003 |
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Modern Precision Group |
A005 |
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Dongguan Guangmai Electronic Technology Co., Ltd. |
A006 |
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Ningbo Rongguang Nano Technology Co., Ltd. |
A007 |
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Dongguan Xianduan Optoelectronic Technology Co., Ltd. |
A008 |
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Shanghai Zhonglei New Materials Technology Co., Ltd. |
A009 |
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Shenzhen Sanbo Coating Technology Co., Ltd. |
A010 |
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Foshan Youtu New Materials Technology Co., Ltd. |
A011 |
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High-end Spraying Tool Custom Manufacturer – Changyuan Precision |
A013 |
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Guangzhou Huaxinke Intelligent Manufacturing Technology Co., Ltd. |
A014 |
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Shenzhen Senkang Technology Co., Ltd. |
A015 |
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Xiamen Tingtao New Materials Co., Ltd. |
A016 |
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Soft Mu New Materials Technology (Nanjing) Co., Ltd. |
A017 |
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Dongguan Yibei Technology Co., Ltd. |
A018A |
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Shenzhen Beige Stone Import and Export Co., Ltd. |
A018B |
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CASIC |
A019 |
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Zhuhai Truth Optical Instrument Co., Ltd. |
A020 |
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Suzhou Youzhuo Nano Materials Co., Ltd. |
A021 |
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Dongguan Weiying Ceramic Technology Co., Ltd. |
A022 |
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Shenzhen Guanjie Technology Co., Ltd. |
A023 |
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LouDi Andes Electronic Ceramic Co., Ltd. |
A024 |
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Foshan SuPai Technology Co., Ltd. |
A025 |
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Shengguang New Materials Co., Ltd. (Dongguan Nancheng Yuyang Decoration Materials Business Department) |
A026 |
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Dongguan Baoguan Plastic Technology Co., Ltd. |
A027 |
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Shenzhen Junhe Technology Co., Ltd. |
A028 |
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Dongguan Caijian Plastic Products Co., Ltd. |
B001A |
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Shenzhen Jindaquan Technology Co., Ltd. |
B001B |
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China Plastic New Materials Co., Ltd. |
B002 |
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Shenzhen Huaying New Materials Co., Ltd. |
B003 |
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Meirui New Materials Co., Ltd. |
B004 |
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Shenzhen Huashun Industrial Trade Co., Ltd. |
B005 |
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Kunshan Yitai Film Decoration Co., Ltd. |
B006A |
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Shenzhen TeBig Machine Technology Co., Ltd. |
B007 |
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Boluo County Dongming Chemical Co., Ltd. |
B008 |
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Shandong Silver Arrow Metal Pigments Co., Ltd. |
B009 |
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Shenzhen Taotao Technology Co., Ltd. |
B013A |
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Guangzhou Baicai Chemical Technology Co., Ltd. |
B013B |
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Shenzhen Paiqi Nano Technology Co., Ltd. |
B014A |
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Shenzhen Boye Mould Die Casting Co., Ltd. |
B015A |
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Dongguan Shunyi Leather Co., Ltd. |
B015B |
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Nanjing Dimeng Mingfei Electronic Technology Co., Ltd. |
B016A |
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Dongguan Weiying Pigments Co., Ltd. |
B016B |
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Waters Technology (Shanghai) Co., Ltd. |
B017 |
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Shanghai Weilian Industrial Co., Ltd. |
B018 |
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Mettler-Toledo International Trading (Shanghai) Co., Ltd. |
B019 |
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Dongguan Chengfeng Yongsheng Plastic Hardware Co., Ltd. |
B020 |
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Dongguan Yiyuan New Materials Technology Co., Ltd. |
B021 |
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Shenzhen Zhixing Innovation Industrial Design Co., Ltd. |
B022 |
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Guangzhou Xisenmei New Materials Technology Co., Ltd. |
B023 |
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Shenzhen Lanbo Environmental Technology Co., Ltd. |
B024 |
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Shenzhen Hexinsheng Technology Co., Ltd. |
C001 |
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Dongguan Tiangzhizun Mould Technology Co., Ltd. |
C002 |
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BASF Polyurethane Specialty Products (China) Co., Ltd. |
C003 |
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Guangdong Andeli Aluminum Co., Ltd. |
C004 |
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Shenzhen Chengtai Ink Technology Co., Ltd. |
C005 |
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Shenzhen Zhongyou Optical Technology Co., Ltd. |
C006A |
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Fujian Nightlight Technology Co., Ltd. |
C007 |
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Dongguan Changli Textile Technology Co., Ltd. |
C009 |
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Xiading Laser Engraving |
C010 |
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Dongguan Palmty Haoyu Liquid Metal Co., Ltd. |
C011 |
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Foshan Sanwei New Materials Co., Ltd. |
C015 |
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Zhuhai Anruite Metal Co., Ltd. |
C016 |
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Guangzhou Angliang Engineering Plastic Technology Co., Ltd. |
C018 |
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Dongguan Yaxun Communication Technology Co., Ltd. |
C019 |
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Shenzhen Xuanlu Technology Co., Ltd. |
C020 |
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Shenzhen Mian Spray Material Technology Co., Ltd. |
C021 |
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Youke Chemical (Dongguan Youke Pigment Co., Ltd.) |
C022 |
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Shenzhen Ruishi Technology Co., Ltd. |
C023 |
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Zhuhai Guangyu Technology Co., Ltd. |
C024 |
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Changsha Zuxing New Materials Co., Ltd. |
C025 |
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Shenzhen Caidi Technology Co., Ltd. |
C026 |
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Jiaxing Jingke Technology Co., Ltd. |
C027 |
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Dongguan Xinzhu Metal Products Co., Ltd. |
C028 |
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Dongguan Jiashike New Materials Technology Co., Ltd. |
C029 |
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Zhuhai Hongbei Polymer Materials Co., Ltd. |
C030 |
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Hunan Chuanghe New Materials Technology Co., Ltd. |
C031 |
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Shenzhen Jingteng Electronics Co., Ltd. |
C032 |
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Shenzhen Huayi Technology Co., Ltd. |
C034 |
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Guangdong Weikai Surface Technology Co., Ltd. |
C035 |
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Dongguan Yejia Electronics Technology Co., Ltd. |
D001 |
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Shenzhen Huamei Metal Materials Technology Co., Ltd. |
D002 |
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Chengdu Zhaoyi Technology Development Co., Ltd. |
D006 |
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Dongguan Lifeng Textiles Co., Ltd. |
D013 |
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Dongguan Yasu Technology Development Co., Ltd. |
D014 |
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Shenzhen Jiayu Technology Co., Ltd. |
D015 |
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Wuxi Huitong Lightweight Materials Co., Ltd. |
D016 |
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Yidian Design |
D017 |
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Shenzhen Jiatong Cheng Industrial Co., Ltd. |
D018 |
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Shenzhen Huada Technology Co., Ltd. |
D019 |
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Industrial Technology Innovation Alliance |
D020 |
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Weifang Zhengda Industry Co., Ltd. & Weifang Zhengda New Materials Technology Co., Ltd. |
D021 |
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Foshan Ju Cai Ink Technology Co., Ltd. |
D022 |
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Shanxi Coal Industry Chemical Technology Research Institute Co., Ltd. |
D023 |
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Dongguan Duocai Water Transfer Printing Technology Co., Ltd. (Dongguan Dabo New Materials Co., Ltd.) |
D024 |
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Huizhou Baishida Chemical Co., Ltd. |
E001 |
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Zhuhai Hongsheng New Materials Co., Ltd. |
E013 |
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Huizhou Hongmao Mould Manufacturing Co., Ltd. |
E014 |
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Dianya Hardware |
E015 |
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Dongguan Shengwen Plastic Trade Co., Ltd. |
E015B |
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Huizhou Qian Cai Jia Industrial Development Co., Ltd. |
E016 |
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Meijia |
E017 |
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Shenzhen Boyang Model Technology Co., Ltd. |
E018 |
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Andi Optical Technology (Shenzhen) Co., Ltd. |
E025 |
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Dongguan Jiupuan Plastic Co., Ltd. |
F002 |
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Sheji Zou |
F003 |
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Daehan Chemical |
F004 |
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Jiangsu Hongtai Polymer Materials Co., Ltd. |
F005 |
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Foshan Zhiren Building Materials Technology Co., Ltd. |
F006 |
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Dongguan Shijie Jiayuan Hardware Factory |
F007 |
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Guangzhou Jiuying Chemical Materials Co., Ltd. |
F008 |
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Shenzhen Tongyi Industrial Co., Ltd. |
F009 |
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Guangzhou Huitian New Materials Co., Ltd. |
F010 |
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Shenzhen Zhengxinyuan Baoye Co., Ltd. |
F011 |
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Benlong Commerce (Tianjin) International Trade Co., Ltd. |
F012B |
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The Eighth Element Environmental Technology Co., Ltd. |
F012C |
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Shenzhen Kanglibang Technology Co., Ltd. |
F014 |
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Shin-Etsu Chemical |
F015 |
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3M China Co., Ltd. |
F015 |
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Dongguan Jinkun New Materials Co., Ltd. |
F016 |
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Shandong Dongda New Materials Research Institute Co., Ltd. |
F017 |
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Ningbo Cafeim New Materials Co., Ltd. (Jieao Chuangyou) |
F018 |
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Wuxi Telis New Materials Technology Co., Ltd. |
F019 |
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Hong Kong City University Shenzhen Research Institute |
F020B |
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Guangzhou Yuankun Trading Co., Ltd. |
F021 |
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Guangzhou Keyuan New Materials Co., Ltd. |
F022 |
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Dongguan Liansheng Precision Technology Co., Ltd. |
F023 |
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Shenzhen Tingwo Technology Co., Ltd. |
F024 |
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Shenzhen Suderui Technology Co., Ltd. |
F025 |
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Guangzhou Beituo Science and Technology Co., Ltd. |
F026 |
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Xingzhong Village (Dongguan) New Materials Technology Co., Ltd. |
F027 |
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Shanghai Langyi Functional Materials Co., Ltd. |
F028 |
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Dongguan Xuanze Hardware Plastic Products Co., Ltd. |
F029 |
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Saint-Gobain Segev Grinding Media (Handan) Co., Ltd. |
F030 |
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Xuanli (Shenzhen Jiushuo Plastic Technology Co., Ltd.) |
F031 |
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Foshan Hongdayi Technology Co., Ltd. |
F032 |
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Hangzhou Jufeng New Materials Co., Ltd. |
F033 |
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Wanhua Chemical Group Co., Ltd. |
F034 |
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Guangdong Yongchang Precision Manufacturing Co., Ltd. |
F035 |
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Xiamen Tongmei Na |
F037 |
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Zhejiang Lingzhi New Energy Technology Co., Ltd. |
F038 |
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Chengdu Silike Technology Co., Ltd. |
F040A |
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Microplastic Network |
F040D |
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Suzhou Botao New Materials Technology Co., Ltd. |
F041A |
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Shenzhen Hongfucheng Shielding Materials Co., Ltd. |
F042 |
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Foshan Tailu New Materials Co., Ltd. |
G001 |
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Kailicheng |
G002 |
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Ci Cai Ink (Jiangxi Ci Cai New Materials Co., Ltd.) |
G003 |
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Dongguan Zhiling Mould Laser Technology Co., Ltd. |
G004 |
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Shenzhen Yitong New Materials Technology Co., Ltd. |
G005 |
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Leisuo Intelligent Technology (Suzhou) Co., Ltd. |
G006 |
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Shenzhen Chuangjian New Materials Co., Ltd. |
G007 |
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Musashi General Coating (Shanghai) Co., Ltd. |
G008 |
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Dongguan Sihui Surface Treatment Technology Co., Ltd. |
G009 |
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Huizhou Deyouwei Electronics Co., Ltd. |
G010A |
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Shenzhen Huamei Metal Materials Technology Co., Ltd. |
H001 |
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Guangdong Hesheng Industrial Aluminum Materials Co., Ltd. |
H002 |
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Dongguan Yinghong Mould Co., Ltd. (Yinghong Laser) |
H003 |
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Hubei Ruicai New Materials Technology Co., Ltd. (Hubei Ruicai Optics) |
H004 |
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Guangzhou Shengzhu Daily Pigment Co., Ltd. |
H006 |
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Guangzhou Shenghua Industrial Co., Ltd. |
H007A |
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Hangzhou Caipu Technology Co., Ltd. |
H007B |
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Guangdong Morui Technology Co., Ltd. |
H008 |
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Shenzhen Pannuo Technology Co., Ltd. |
H009 |
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Konica Minolta (China) Investment Co., Ltd. |
H010A |
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Shenzhen Aochuan Technology Co., Ltd. |
H010B |
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Shenzhen Tanjinli New Materials Technology Co., Ltd. |
H012 |
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Hangzhou Senbao High New Materials Technology Co., Ltd. |
H013 |
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Shenzhen Ai Er Innovative Materials Co., Ltd. |
H014 |
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Hunan Zhentian Optical Glass Technology Co., Ltd. |
H015 |
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Shandong Lutai Holdings Group Co., Ltd. Graphene Polymer Composite Material R&D Center |
H016 |
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Anest Iwata Industrial Machinery (Shanghai) Co., Ltd. |
H018 |
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Shenzhen Boyao New Materials Co., Ltd. |
H019 |
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Dongguan Liangxin Hardware Electronics Technology Co., Ltd. |
H020 |
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Zhengzhou Saint Light Hollow Microsphere New Materials Co., Ltd. |
H021 |
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Shenzhen Hangmei New Materials Technology Co., Ltd. |
H022 |
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Jiangmen Dongyou Technology Co., Ltd. |
H023 |
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Shenzhen Anpin Organic Silicon Materials Co., Ltd. |
H024 |
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Dongguan Deshenglong Coating Co., Ltd. |
H025 |
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Wuxi Diancai New Materials Technology Co., Ltd. |
H026 |
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Foshan Benshan New Materials Co., Ltd. |
H027 |
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…… |
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