CP AIR FLEX 3/8'' BSP product.image.text.alttext
CP AIR FLEX 3/8'' BSP product.image.text.alttext
CP AIR FLEX 3/8'' BSP product.image.text.alttext
CP AIR FLEX 3/8'' BSP product.image.text.alttext
CP AIR FLEX 3/8'' BSP product.image.text.alttext
CP AIR FLEX 3/8'' BSP product.image.text.alttext
Chicago Pneumatic Air Flex is an ingenious multi-directional connector designed for pneumatic tools. It bends and rotates in all directions while keeping the hose straight, making it easy to operate in tight spaces with poor accessibility. The air passes through a continuous section, ensuring minimal pressure drop to the tool and maximum productivity. custom.product.country_of_origin. custom.product.commodity_code

custom.product.specification.title

Dimensões e Peso
Comprimento (L)
82 mm
Peso total do produto
0.13 kg
Projeto e Funções
Requisitos de aplicação
Not recommended for percussive tools
Género da rosca do ponto final
Male
Tamanho da rosca do ponto final (in)
3/8
Tipo de rosca do ponto final
BSP
Diâmetro externo
29.5
Sexo da rosca de entrada
Female
Tamanho da Rosca de Entrada (in)
3/8
Tipo de rosca de entrada
BSP
Informações sobre o ar
Pressão dinâmica máxima de trabalho do ar
10 bar
Potência máxima do fluxo de ar
35 l/s
Fluxo de ar recomendado
30 l/s
CP AIR FLEX 3/8'' BSP product.image.text.alttext
CP AIR FLEX 3/8'' BSP product.image.text.alttext
CP AIR FLEX 3/8'' BSP product.image.text.alttext
CP AIR FLEX 3/8'' BSP product.image.text.alttext
CP AIR FLEX 3/8'' BSP product.image.text.alttext
CP AIR FLEX 3/8'' BSP product.image.text.alttext

CP AIR FLEX 3/8'' BSP

8940171570

Chicago Pneumatic Air Flex
dimention
custom.dimensions 7.3 x 5 x 2.5 cm
weight
custom.weight 130 g

custom.product.benefits

Flexible Design: The Air Flex swivel connector makes rigid hoses flexible and multi-directional.
Reduced Effort: Due to the hose’s flexibility, less effort is required during operation.
Less Wear: The Air Flex minimizes premature hose wear, ensuring longer-lasting performance.
Comfort and Safety: With no twisting, the hose remains in the ideal working position, reducing the risk of tendinitis.