bluestar chengrand institute recently reached a strategic cooperation agreement with shenzhen cotran new material co., ltd. (hereafter called “cotran”) to carry out the strategic arrangement and storage of 5g (the fifth-generation mobile communication technology) related materials. the two sides will integrate their respective resource advantages to accelerate the large-scale application of high/low dielectric polymer materials such as modified engineering plastics, silicone rubber, and modified epoxy resin adhesives in telecommunication and other related fields. they will also develop the necessary materials and components of intelligent terminals in 5g era to build the competitive advantages of 5g communication new materials in the whole industrial chain.
cotran is a domestic pacesetter in the application and development of functional polymer materials. its products and services are widely used in the fields of communications, electricity, mining, automobiles, petroleum, marine engineering, aerospace and other fields. cotran has established good cooperation relations with equipment manufacturers in the communications industry such as huawei, zte, fiberhome, ericsson, nokia, and samsung. it is the partner of china’s three major carriers as well as foreign carriers such as vodafone, sk, lgu , docomo and truemove.
with the accelerated deployment of 5g, 5g communication is gradually achieved. from the core chip to the radio frequency device and from the base station to the application end, higher requirements are put forward for key basic materials, which also generates huge market demand.
taking advantage of this iterative update of communication technology, bluestar chengrand institute has joined hands with cotran to set up an r&d and operation team and establish a joint r&d platform. led by cotran’s customer needs and the development trend of the industry, they have cooperated in developing functional materials and products for 5g antennas and other related communication equipment to accelerate the industrialization of 5g new materials based on the key materials technology of bluestar chengrand institute.
