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Directorio de Producto
Piezas y Accesorios de Auto y de Moto
Accesorios de Auto
Asiento de Auto
Asiento de coche de carreras de fibra de vidrio.
| Pedido Mínimo: | 1 Pieza |
|---|---|
| Puerto: | Shenzhen, China |
| Condiciones de Pago: | L/C, T/T |
Descripción de Producto
Información de la Compañía
Descripción de Producto
1. El uso de material plástico reforzado con fibra para asientos de carreras
En la carrera de motocicletas feroz, si la postura del conductor es buena o no afectará directamente el rendimiento. Cada equipo hará hechas a medida de los asientos de carreras para su piloto de carreras. El controlador diferente tiene el hábito, pero diferentes según las estadísticas, utilizan más relajada y natural de la posición sentada, que también hace que el conductor menos cansado. La producción de los asientos de carreras de la forma para el material de superficie dará plena consideración a estos problemas. En general, la producción de una Certificación formal o FIA racing asiento está hecho principalmente de FRP fibra de carbono. Las propiedades del material plástico reforzado con fibra de fibra de carbono de la carrocería de motocicleta son geniales, tiene bastante de la luz de alta resistencia y peso de la FRP. Sin embargo, debemos utilizar siempre la guía de diseño de fibra de carbono de los llamados cucharón o cuchara de semi-diseño de la forma de carreras de motos, que pueden cubrir el conductor en el asiento de carreras.
Plástico reforzado con vidrio de los asientos de coche de carreras están diseñadas para la alta velocidad de la carrocería del vehículo y la respuesta dinámica. Por lo tanto, sobre todo fortalecer las dos partes de la carrera de respaldo y cojín, lo que hace que la cintura a ambos lados del cuerpo, hombros y espalda del cuerpo tienen un buen apoyo lateral. La rigidez del asiento también necesita ser fortalecido. De modo que el conductor puede competir eficazmente contra la aceleración lateral G Valor de la vuelta, y puede sentir el agarre del neumático y de la carretera con más precisión. Este es el placer de conducir! Los asientos de fibra de vidrio común de las carreras de motocicletas tome en cuenta el principio de la ergonomía, que se caracteriza por un buen revestimiento. No importa cuán fuerte su situación de conducción, el FRP semicerrado estructura en ambos lados de la silla de fibra de vidrio te mantendrá atrapado en la carrera de asiento.
2. Capacidad de suministro de FRP MIYABI
Según el diseño de fibra de vidrio, Dongguan MIYABI-FRP Limited ha ganado la demanda del mercado de vidrio para la carrera de los asientos de plástico reforzado con el bien y de alta calidad. En la actualidad se utilizan principalmente echar mano del método para producir la fibra de carbono y fibra de vidrio. Continuamente hemos ofrecido el FRP alimentación de la mundialmente famosa marca Recaro durante más de 20 años, y han recibido constantemente el largo plazo, la alabanza de los clientes.
Mirando hacia adelante, las exigencias de calidad de vida mejorar gradualmente. La recarga de la industria nacional y extranjera ya cambia Mucho el uso del coche de carreras originales asientos para el uso de los asientos de la carrera de fibra de vidrio. Esto no sólo ahorra el consumo de aceite de forma eficaz sino que también contribuye al desarrollo de la dirección nacional de protección del medio ambiente causa.
Dirección:
Shijie Town, Dongguan, Guangdong, China
Tipo de Negocio:
Fabricante/Fábrica
Rango de Negocios:
Piezas y Accesorios de Auto y de Moto, Transporte
Certificación del Sistema de Gestión:
ISO 9001, ISO 14001, BSCI
Productos Principales:
Fiberglass Products, FRP Panels, Radomes, Fiberglass Body Parts, MRI Coils, Fiberglass Pipes, Fiberglass Trailers, Fiberglass Tank
Introducción de Empresa:
DOFRP is a leading Sino-Japanese joint FRP manufacturer since 1991. The first batch of Japanese fiberglass reinforced plastic specialists followed Akaki to China. Of course, they bring their rich fiberglass experience to China, help establish and develop the fiberglass company. Until now, we have 19 Japanese FRP experts, more than 400 skilled workers, and many cooperative partners. DOFRP specializes in the research, development, and design of FRP composite products. The fiberglass reinforced plastic FRP has much high performance. It is corrosion resistant, thermally insulated, has the lightweight, and good electrical insulation. Fiberglass products we produced with good cost-effectiveness have been widely applied to many fields. For example, aerospace, architecture, automotive, infrastructure, marine, pipe and tank, transportation, and so on. They have a wide variety. FRP products include molded fiberglass, FRP panels, FRP wall paneling, fiberglass pipes, fiberglass tanks, fiberglass radome, auto parts, medical parts, etc.
We have been supplying FRP products to Panasonic Corporation, Kanto industries CO. Ltd, JC Corporation, and Toprec Corporation since 1991. And the products include some fiber reinforced plastic panels. They are mainly applied to refrigerated cars, motorhomes, fresh logistics transport compartment, portable dwellings, etc. Furthermore, the wall panels we produce for Panasonic are corrosion resistant and easy to install. Since 2006, DOFRP has been supplying reinforced plastic FRP auto parts for Hino. Also, we imported fiberglass RV to Japan. Fiberglass radome is also our professional final product. Since 2006, we have produced omnidirectional radome for Hitachi; And since 2011, we produce AFC radomes for Andrew Corporation. Besides, the reinforced polymer radomes we manufactured for Andrew were used in the main stadium of the Guangzhou Asian games in 2010. Since 2012, we have been producing glass fiber reinforced plastic MRI coils and sliding rails for Toshiba.
DOFRP combines the professional knowledge and experience in FRP science, manufacturing process, and technology with a deep understanding of our clients′ needs. Manufacturing processes which fiberglass manufacturers mainly adopt include hand layup process, filament winding process, pultrusion process, and compression molding process. The former two manufacturing processes are in an open mold. And the latter two are in a closed mold.
First of all, the FRP molding for hand layup is not limited by the dimension and complex shapes of the fiberglass products. And FRP manufacturers only need to pay simple equipment and less investment but have a quick effect. Another, the filament winding is wrapping the continuous glass fiber impregnated with polyester resins around the mold core. The core material we often use includes balsa, honeycomb, foam, and aluminum. After the coring and mold release, you can get the final product.
Under the traction of the traction equipment, fiberglass manufacturers use the polyester resins to soak the fiber glass, heat it with forming mold to solidify the fiberglass and resin. And this kind of process which FRP manufacturers use to produce composite profiles is the pultrusion. It has a high use rate of raw materials, high production efficiency, and can be used to produce complex structural FRP profiles.
Last, compression molding we adopt for fiberglass reinforced plastic FRP can be used to produce high quality fiberglass products. And the mold laminating is cutting the glass fibers or other fabrics which have presoaked with resin glue to the desired shape. Then heating or pressing the composite material to the final product in the metal mold. Fiberglass laminating has a small loss of raw materials, high precision of product size, and mass production with molding equipment. Thus, it has high performance of relatively low production cost.
We have been supplying FRP products to Panasonic Corporation, Kanto industries CO. Ltd, JC Corporation, and Toprec Corporation since 1991. And the products include some fiber reinforced plastic panels. They are mainly applied to refrigerated cars, motorhomes, fresh logistics transport compartment, portable dwellings, etc. Furthermore, the wall panels we produce for Panasonic are corrosion resistant and easy to install. Since 2006, DOFRP has been supplying reinforced plastic FRP auto parts for Hino. Also, we imported fiberglass RV to Japan. Fiberglass radome is also our professional final product. Since 2006, we have produced omnidirectional radome for Hitachi; And since 2011, we produce AFC radomes for Andrew Corporation. Besides, the reinforced polymer radomes we manufactured for Andrew were used in the main stadium of the Guangzhou Asian games in 2010. Since 2012, we have been producing glass fiber reinforced plastic MRI coils and sliding rails for Toshiba.
DOFRP combines the professional knowledge and experience in FRP science, manufacturing process, and technology with a deep understanding of our clients′ needs. Manufacturing processes which fiberglass manufacturers mainly adopt include hand layup process, filament winding process, pultrusion process, and compression molding process. The former two manufacturing processes are in an open mold. And the latter two are in a closed mold.
First of all, the FRP molding for hand layup is not limited by the dimension and complex shapes of the fiberglass products. And FRP manufacturers only need to pay simple equipment and less investment but have a quick effect. Another, the filament winding is wrapping the continuous glass fiber impregnated with polyester resins around the mold core. The core material we often use includes balsa, honeycomb, foam, and aluminum. After the coring and mold release, you can get the final product.
Under the traction of the traction equipment, fiberglass manufacturers use the polyester resins to soak the fiber glass, heat it with forming mold to solidify the fiberglass and resin. And this kind of process which FRP manufacturers use to produce composite profiles is the pultrusion. It has a high use rate of raw materials, high production efficiency, and can be used to produce complex structural FRP profiles.
Last, compression molding we adopt for fiberglass reinforced plastic FRP can be used to produce high quality fiberglass products. And the mold laminating is cutting the glass fibers or other fabrics which have presoaked with resin glue to the desired shape. Then heating or pressing the composite material to the final product in the metal mold. Fiberglass laminating has a small loss of raw materials, high precision of product size, and mass production with molding equipment. Thus, it has high performance of relatively low production cost.
