Conductive silicone rubber market pattern
There are a large number of conductive silicone rubber manufacturers in China, but they are mainly small and medium-sized enterprises. Generally speaking, it can be divided into dominant brands and other brands. Advantageous brands are mainly composed of relatively large-scale companies, and the number of companies accounted for about 31.4%. Such enterprises have a large scale of production, with advanced production equipment and complete testing equipment, such as Dongguan Jinggong Electronic Technology Co., Ltd., Beijing Beihua New Rubber Technology Development Co., Ltd., Jiangsu Richeng Rubber Co., Ltd. and so on. The number of other brands accounted for approximately 68.6%, mainly small and medium-sized enterprises, with small production scale, backward production technology, weak research and development capabilities, and low product prices.
With the opening of the domestic market and the increasing level of fairness, large enterprises may gradually use their comprehensive strength advantages to obtain monopoly in specialized fields. The reshuffle in the engineering market is inevitable, which will affect the domestic conductive silicone rubber market competition.
The newly developed conductive silicone rubber technology is bound to have a profound impact on the future market development pattern. From the perspective of the global conductive silicone rubber market, its future development trends mainly include the following aspects:
(l) Improve conductivity while reducing filler filling;
(2) On the premise of improving conductivity, maintain and improve the molding processability, mechanical properties and other properties of conductive silicone rubber;
(3) Develop new varieties of conductive materials and broaden application areas.
Technically speaking, the replacement of metal materials by polymer materials is a development trend in the field of materials science in the future. As a result, the market demand for conductive polymers, that is, conductive silicone rubber, is increasing, and its application fields are gradually expanding, which inevitably puts forward higher requirements on conductive polymers.
