Fiberglass offers the advantages of high strength, light weight, aging resistance, good flame resistance, acoustic and thermal insulation, and therefore is widely used in the building and construction field.
Applications: reinforced concrete, composite walls, screen windows and
decoration, FRP steel bars, bathroom and sanitaries, swimming pools, headliners, daylighting panels, FRP tiles, door panels, etc.
Fiberglass offers the advantages of dimensional stability, good reinforcing effect, light weight and corrosion resistance, and therefore is a material of choice for infrastructure materials.
Applications: bridge bodies, docks, waterside building structures, highway pavement and pipelines.
Fiberglass offers the advantages of electrical insulation, corrosion resistance, heat insulation and light weight, and therefore is much preferred in the electrical & electronic fields.
Applications: printed circuit boards, electric appliance hoods, switchgear boxes, insulators, insulating tools, motor end caps and electronic components, etc.
Fiberglass offers the advantages of good corrosion resistance, good reinforcing effect, ageing and flame resistance, and therefore is widely used in the chemical corrosion resistance field.
Applications: chemical vessels, storage tanks, anti-corrosive geogrids and pipelines.
Fiberglass reinforced composites have the advantages of light weight, high strength, impact resistance and flame retardance, which enable multiple solutions to meet special requirements in the aerospace field.
Compared with traditional materials, fiberglass products have obvious advantages in tenacity, corrosion resistance, abrasion resistance and thermal endurance, and can meet the requirements of vehicles for light weight and high strength. Therefore, its application in transportation is increasing.
Applications: automotive bodies, seats and high-speed train bodies, hull structure, etc.
Fiberglass offers the advantages of heat preservation, thermal insulation, good reinforcing effect and light weight, which makes it an important material in wind energy and environmental protection engineering.
Applications: wind turbine blades and hoods, exhaust fans, geogrids, etc.
Fiberglass offers the advantages of light weight, high strength, high design flexibility, excellent processability, low friction coefficient and good fatigue resistance, and therefore is widely used in sporting and leisure products.
Applications: table tennis bats, battledores (badminton rackets), paddle boards, snowboards, golf clubs, etc.
Testing Center of Jushi Group
The Testing Center of Jushi Group is a national level laboratory-testing center certified by China National Accreditation Service for Conformity Assessment (CNAS) and Germanischer Lloyd (DNV GL). It provides professional testing services for glass-making mineral raw materials, glass composition, chemical raw materials, sewage, waste gas and packaging materials, fiberglass and its articles, and glass fiber and carbon fiber reinforced composites.
The Center operates a laboratory management system in accordance with ISO/IEC17025:2017 and has a strong technological force with a team of professionals engaging in testing methods development and research. Covering an area of over 12,000 m2, the labs of the center are well-equipped with an abundance of high-grade, high-precision and advanced test equipment including S8 Tiger X-ray fluorescence spectrum analyzer, inductively coupled plasma atomic emission spectrometer, gas chromatograph, universal material testing machine, fatigue testing machine, thermal analyzer, as well as other advanced labs for testing compositesproperties.
The Center adheres to the concept of customer orientation, provides high quality services and issues accurate and authoritative test reports to the customers.
Welcome new and old customers to consult and patronize!
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