Silicone Heavy Duty High Temperature Coolant Hose, Series 6751

Puntos de venta

Silicone Heavy Duty High Temperature Coolant Hose is designed for use in heater and radiator systems in heavy duty/high capacity vehicles and industrial equipment in applications to 350°F and 159 psi, Series 6751

Especificaciones técnicas

Material de la cubierta: Silicone
Medio: Coolants
Diámetro interior: 1/4 to 5 inch, 6.4 to 127.0 mm
Presión de trabajo máxima: 1.1 to 11 bar, 0.1 to 1.1 MPa, 16 to 159 psi
Material del refuerzo de la manguera: Multiple Plies of High Temperature Textile
Aplicación: Engine
Tipo de paquete: Carton
Cantidad por caja: 1 x 3-ft Lengths
Diámetro interior de manguera nominal: 8 to 125 mm
Diámetro exterior: 0.630 to 5.880 inch, 16.0 to 136.7 mm
Tamaño: -4 to -80
Material del tubo interno de la manguera: Brick Red, Silicone
Color de la cubierta: Blue
Estructura de la cubierta: Glossy
Temperatura mínima de funcionamiento: -65 °F, -54 °C
Temperatura máxima de funcionamiento: 392 °F, 200 °C
Peso: 0.50 to 5.20 lb/ft, 0.74 to 7.73 kg/m
Presión de rotura mínima: 49 to 477 psi, 3.8 to 32.9 bar
Radio de curvatura mínimo: n/a

Descripción completa del producto

Parker's Series 6751 Silicone Heavy Duty High Temperature Coolant Hose provides excellent service across a wide variety of coolants and multiple engine heater and radiator applications. The silicone construction resists chemicals, aging, cold leaks, cracking, delamination, heat, ozone and peeling to maximize performance. The thick hose wall provides robust service, is flexible for easy routing and installation and resists the elevated temperatures common to engine compartments and is available in convenient 3-ft standard lengths.

Markets:

• General Industrial

• Transportation

Features/Benefits:

• Tube: Red silicone for superior heat resistance to 350°F.

• Reinforcement: Multiple textile plies for strength and kink resistance.

• Cover: Blue silicone for superior temperature resistance and easy identification.

Applications:

- media

• Coolant

• Hot water

- usage