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Vehicle evaporative emission control system

System Introduction

Endowa is a system service integration supplier in the segmented field of automotive fuel evaporative emission systems in China. The market share of fuel evaporative emission system related products produced and sold from 2018 to 2022 continues to be among the top in China, with two outstanding pneumatic valves, the Venturi valve and the dual one-way valve, and the carbon canister stop valve CVS and the high-pressure fuel tank isolation valve FTIV performing excellently. Since 2021, FTIV valve products have been successively designated to major host factories and have been supplied in bulk. The subsequent shipment volume will also maintain a large incremental space.

Related products
" data-fancybox="fb_138236_1"> $c.title-2 Active oil gas separator

Applied to the engine crankcase ventilation system, it actively separates engine oil from the crankcase ventilation gas through oil drive control, preventing oil from entering the engine combustion chamber and interfering with normal combustion

" data-fancybox="fb_138236_1"> $c.title-3 Active oil gas separator

Applied to the engine crankcase ventilation system, it actively separates engine oil from the crankcase ventilation gas through oil drive control, preventing oil from entering the engine combustion chamber and interfering with normal combustion

" data-fancybox="fb_138236_1"> $c.title-4 Active oil gas separator

Applied to the engine crankcase ventilation system, it actively separates engine oil from the crankcase ventilation gas through oil drive control, preventing oil from entering the engine combustion chamber and interfering with normal combustion

" data-fancybox="fb_138236_1"> $c.title-5 Active oil gas separator

Applied to the engine crankcase ventilation system, it actively separates engine oil from the crankcase ventilation gas through oil drive control, preventing oil from entering the engine combustion chamber and interfering with normal combustion

" data-fancybox="fb_138236_1"> $c.title-6 Active oil gas separator

Applied to the engine crankcase ventilation system, it actively separates engine oil from the crankcase ventilation gas through oil drive control, preventing oil from entering the engine combustion chamber and interfering with normal combustion

" data-fancybox="fb_138236_1"> $c.title-7 Active oil gas separator

Applied to the engine crankcase ventilation system, it actively separates engine oil from the crankcase ventilation gas through oil drive control, preventing oil from entering the engine combustion chamber and interfering with normal combustion

" data-fancybox="fb_138236_1"> $c.title-8 Active oil gas separator

Applied to the engine crankcase ventilation system, it actively separates engine oil from the crankcase ventilation gas through oil drive control, preventing oil from entering the engine combustion chamber and interfering with normal combustion

" data-fancybox="fb_138236_1"> $c.title-9 Active oil gas separator

Applied to the engine crankcase ventilation system, it actively separates engine oil from the crankcase ventilation gas through oil drive control, preventing oil from entering the engine combustion chamber and interfering with normal combustion

" data-fancybox="fb_138236_1"> $c.title-10
  • Ventilation pipe electric heating joint

    Applied to the engine crankcase ventilation system to solve the problem of water vapor condensation and freezing inside the crankcase ventilation pipe blocking the pipeline in low temperature environments in winter

    " data-fancybox="fb_138234_2" class="box_hover_shadow box_hover_up"> Ventilation pipe electric heating joint

    Ventilation pipe electric heating joint

     Ventilation pipe electric heating joint

    Applied to the engine crankcase ventilation system to solve the problem of water vapor condensation and freezing inside the crankcase ventilation pipe blocking the pipeline in low temperature environments in winter

    " data-fancybox="fb_138234_2"> $c.title-2     Ventilation pipe electric heating joint

    Applied to the engine crankcase ventilation system to solve the problem of water vapor condensation and freezing inside the crankcase ventilation pipe blocking the pipeline in low temperature environments in winter

    " data-fancybox="fb_138234_2"> $c.title-3     Ventilation pipe electric heating joint

    Applied to the engine crankcase ventilation system to solve the problem of water vapor condensation and freezing inside the crankcase ventilation pipe blocking the pipeline in low temperature environments in winter

    " data-fancybox="fb_138234_2"> $c.title-4     Ventilation pipe electric heating joint

    Applied to the engine crankcase ventilation system to solve the problem of water vapor condensation and freezing inside the crankcase ventilation pipe blocking the pipeline in low temperature environments in winter

    " data-fancybox="fb_138234_2"> $c.title-5     Ventilation pipe electric heating joint

    Applied to the engine crankcase ventilation system to solve the problem of water vapor condensation and freezing inside the crankcase ventilation pipe blocking the pipeline in low temperature environments in winter

    " data-fancybox="fb_138234_2"> $c.title-6     Ventilation pipe electric heating joint

    Applied to the engine crankcase ventilation system to solve the problem of water vapor condensation and freezing inside the crankcase ventilation pipe blocking the pipeline in low temperature environments in winter

    " data-fancybox="fb_138234_2"> $c.title-7     Ventilation pipe electric heating joint

    Applied to the engine crankcase ventilation system to solve the problem of water vapor condensation and freezing inside the crankcase ventilation pipe blocking the pipeline in low temperature environments in winter

    " data-fancybox="fb_138234_2"> $c.title-8     Ventilation pipe electric heating joint

    Applied to the engine crankcase ventilation system to solve the problem of water vapor condensation and freezing inside the crankcase ventilation pipe blocking the pipeline in low temperature environments in winter

    " data-fancybox="fb_138234_2"> $c.title-9     Ventilation pipe electric heating joint

    Applied to the engine crankcase ventilation system to solve the problem of water vapor condensation and freezing inside the crankcase ventilation pipe blocking the pipeline in low temperature environments in winter

    " data-fancybox="fb_138234_2"> $c.title-10     Ventilation pipe electric heating joint

    Applied to the engine crankcase ventilation system to solve the problem of water vapor condensation and freezing inside the crankcase ventilation pipe blocking the pipeline in low temperature environments in winter

    " data-fancybox="fb_138234_2"> $c.title-11
  • Diagnostic quick connector

    Applied to the engine crankcase ventilation system, balancing the internal pressure of the crankcase and meeting the diagnostic requirements for pipeline sealing of the OBD crankcase ventilation system in accordance with regulations

    " data-fancybox="fb_138233_3" class="box_hover_shadow box_hover_up"> Diagnostic quick connector

    Diagnostic quick connector

     Diagnostic quick connector

    Applied to the engine crankcase ventilation system, balancing the internal pressure of the crankcase and meeting the diagnostic requirements for pipeline sealing of the OBD crankcase ventilation system in accordance with regulations

    " data-fancybox="fb_138233_3"> $c.title-2     Diagnostic quick connector

    Applied to the engine crankcase ventilation system, balancing the internal pressure of the crankcase and meeting the diagnostic requirements for pipeline sealing of the OBD crankcase ventilation system in accordance with regulations

    " data-fancybox="fb_138233_3"> $c.title-3
  • High pressure fuel tank shut-off valve（FTIV）

    Applied to the fuel evaporation system of hybrid electric vehicles, it locks fuel vapor in the high-pressure fuel tank, suppresses fuel evaporation, and prevents excessive fuel vapor from flowing into the carbon canister, leading to excessive emissions; Simultaneously balancing the internal pressure of the high-pressure fuel tank, protecting fuel tank safety and meeting user refueling needs

    " data-fancybox="fb_138232_4" class="box_hover_shadow box_hover_up"> High pressure fuel tank shut-off valve（FTIV）

    High pressure fuel tank shut-off valve（FTIV）

     High pressure fuel tank shut-off valve（FTIV）

    Applied to the fuel evaporation system of hybrid electric vehicles, it locks fuel vapor in the high-pressure fuel tank, suppresses fuel evaporation, and prevents excessive fuel vapor from flowing into the carbon canister, leading to excessive emissions; Simultaneously balancing the internal pressure of the high-pressure fuel tank, protecting fuel tank safety and meeting user refueling needs

    " data-fancybox="fb_138232_4"> $c.title-2     High pressure fuel tank shut-off valve（FTIV）

    Applied to the fuel evaporation system of hybrid electric vehicles, it locks fuel vapor in the high-pressure fuel tank, suppresses fuel evaporation, and prevents excessive fuel vapor from flowing into the carbon canister, leading to excessive emissions; Simultaneously balancing the internal pressure of the high-pressure fuel tank, protecting fuel tank safety and meeting user refueling needs

    " data-fancybox="fb_138232_4"> $c.title-3     High pressure fuel tank shut-off valve（FTIV）

    Applied to the fuel evaporation system of hybrid electric vehicles, it locks fuel vapor in the high-pressure fuel tank, suppresses fuel evaporation, and prevents excessive fuel vapor from flowing into the carbon canister, leading to excessive emissions; Simultaneously balancing the internal pressure of the high-pressure fuel tank, protecting fuel tank safety and meeting user refueling needs

    " data-fancybox="fb_138232_4"> $c.title-4     High pressure fuel tank shut-off valve（FTIV）

    Applied to the fuel evaporation system of hybrid electric vehicles, it locks fuel vapor in the high-pressure fuel tank, suppresses fuel evaporation, and prevents excessive fuel vapor from flowing into the carbon canister, leading to excessive emissions; Simultaneously balancing the internal pressure of the high-pressure fuel tank, protecting fuel tank safety and meeting user refueling needs

    " data-fancybox="fb_138232_4"> $c.title-5     High pressure fuel tank shut-off valve（FTIV）

    Applied to the fuel evaporation system of hybrid electric vehicles, it locks fuel vapor in the high-pressure fuel tank, suppresses fuel evaporation, and prevents excessive fuel vapor from flowing into the carbon canister, leading to excessive emissions; Simultaneously balancing the internal pressure of the high-pressure fuel tank, protecting fuel tank safety and meeting user refueling needs

    " data-fancybox="fb_138232_4"> $c.title-6     High pressure fuel tank shut-off valve（FTIV）

    Applied to the fuel evaporation system of hybrid electric vehicles, it locks fuel vapor in the high-pressure fuel tank, suppresses fuel evaporation, and prevents excessive fuel vapor from flowing into the carbon canister, leading to excessive emissions; Simultaneously balancing the internal pressure of the high-pressure fuel tank, protecting fuel tank safety and meeting user refueling needs

    " data-fancybox="fb_138232_4"> $c.title-7     High pressure fuel tank shut-off valve（FTIV）

    Applied to the fuel evaporation system of hybrid electric vehicles, it locks fuel vapor in the high-pressure fuel tank, suppresses fuel evaporation, and prevents excessive fuel vapor from flowing into the carbon canister, leading to excessive emissions; Simultaneously balancing the internal pressure of the high-pressure fuel tank, protecting fuel tank safety and meeting user refueling needs

    " data-fancybox="fb_138232_4"> $c.title-8     High pressure fuel tank shut-off valve（FTIV）

    Applied to the fuel evaporation system of hybrid electric vehicles, it locks fuel vapor in the high-pressure fuel tank, suppresses fuel evaporation, and prevents excessive fuel vapor from flowing into the carbon canister, leading to excessive emissions; Simultaneously balancing the internal pressure of the high-pressure fuel tank, protecting fuel tank safety and meeting user refueling needs

    " data-fancybox="fb_138232_4"> $c.title-9     High pressure fuel tank shut-off valve（FTIV）

    Applied to the fuel evaporation system of hybrid electric vehicles, it locks fuel vapor in the high-pressure fuel tank, suppresses fuel evaporation, and prevents excessive fuel vapor from flowing into the carbon canister, leading to excessive emissions; Simultaneously balancing the internal pressure of the high-pressure fuel tank, protecting fuel tank safety and meeting user refueling needs

    " data-fancybox="fb_138232_4"> $c.title-10     High pressure fuel tank shut-off valve（FTIV）

    Applied to the fuel evaporation system of hybrid electric vehicles, it locks fuel vapor in the high-pressure fuel tank, suppresses fuel evaporation, and prevents excessive fuel vapor from flowing into the carbon canister, leading to excessive emissions; Simultaneously balancing the internal pressure of the high-pressure fuel tank, protecting fuel tank safety and meeting user refueling needs

    " data-fancybox="fb_138232_4"> $c.title-11     High pressure fuel tank shut-off valve（FTIV）

    Applied to the fuel evaporation system of hybrid electric vehicles, it locks fuel vapor in the high-pressure fuel tank, suppresses fuel evaporation, and prevents excessive fuel vapor from flowing into the carbon canister, leading to excessive emissions; Simultaneously balancing the internal pressure of the high-pressure fuel tank, protecting fuel tank safety and meeting user refueling needs

    " data-fancybox="fb_138232_4"> $c.title-12     High pressure fuel tank shut-off valve（FTIV）

    Applied to the fuel evaporation system of hybrid electric vehicles, it locks fuel vapor in the high-pressure fuel tank, suppresses fuel evaporation, and prevents excessive fuel vapor from flowing into the carbon canister, leading to excessive emissions; Simultaneously balancing the internal pressure of the high-pressure fuel tank, protecting fuel tank safety and meeting user refueling needs

    " data-fancybox="fb_138232_4"> $c.title-13     High pressure fuel tank shut-off valve（FTIV）

    Applied to the fuel evaporation system of hybrid electric vehicles, it locks fuel vapor in the high-pressure fuel tank, suppresses fuel evaporation, and prevents excessive fuel vapor from flowing into the carbon canister, leading to excessive emissions; Simultaneously balancing the internal pressure of the high-pressure fuel tank, protecting fuel tank safety and meeting user refueling needs

    " data-fancybox="fb_138232_4"> $c.title-14     High pressure fuel tank shut-off valve（FTIV）

    Applied to the fuel evaporation system of hybrid electric vehicles, it locks fuel vapor in the high-pressure fuel tank, suppresses fuel evaporation, and prevents excessive fuel vapor from flowing into the carbon canister, leading to excessive emissions; Simultaneously balancing the internal pressure of the high-pressure fuel tank, protecting fuel tank safety and meeting user refueling needs

    " data-fancybox="fb_138232_4"> $c.title-15     High pressure fuel tank shut-off valve（FTIV）

    Applied to the fuel evaporation system of hybrid electric vehicles, it locks fuel vapor in the high-pressure fuel tank, suppresses fuel evaporation, and prevents excessive fuel vapor from flowing into the carbon canister, leading to excessive emissions; Simultaneously balancing the internal pressure of the high-pressure fuel tank, protecting fuel tank safety and meeting user refueling needs

    " data-fancybox="fb_138232_4"> $c.title-16     High pressure fuel tank shut-off valve（FTIV）

    Applied to the fuel evaporation system of hybrid electric vehicles, it locks fuel vapor in the high-pressure fuel tank, suppresses fuel evaporation, and prevents excessive fuel vapor from flowing into the carbon canister, leading to excessive emissions; Simultaneously balancing the internal pressure of the high-pressure fuel tank, protecting fuel tank safety and meeting user refueling needs

    " data-fancybox="fb_138232_4"> $c.title-17     High pressure fuel tank shut-off valve（FTIV）

    Applied to the fuel evaporation system of hybrid electric vehicles, it locks fuel vapor in the high-pressure fuel tank, suppresses fuel evaporation, and prevents excessive fuel vapor from flowing into the carbon canister, leading to excessive emissions; Simultaneously balancing the internal pressure of the high-pressure fuel tank, protecting fuel tank safety and meeting user refueling needs

    " data-fancybox="fb_138232_4"> $c.title-18     High pressure fuel tank shut-off valve（FTIV）

    Applied to the fuel evaporation system of hybrid electric vehicles, it locks fuel vapor in the high-pressure fuel tank, suppresses fuel evaporation, and prevents excessive fuel vapor from flowing into the carbon canister, leading to excessive emissions; Simultaneously balancing the internal pressure of the high-pressure fuel tank, protecting fuel tank safety and meeting user refueling needs

    " data-fancybox="fb_138232_4"> $c.title-19     High pressure fuel tank shut-off valve（FTIV）

    Applied to the fuel evaporation system of hybrid electric vehicles, it locks fuel vapor in the high-pressure fuel tank, suppresses fuel evaporation, and prevents excessive fuel vapor from flowing into the carbon canister, leading to excessive emissions; Simultaneously balancing the internal pressure of the high-pressure fuel tank, protecting fuel tank safety and meeting user refueling needs

    " data-fancybox="fb_138232_4"> $c.title-20     High pressure fuel tank shut-off valve（FTIV）

    Applied to the fuel evaporation system of hybrid electric vehicles, it locks fuel vapor in the high-pressure fuel tank, suppresses fuel evaporation, and prevents excessive fuel vapor from flowing into the carbon canister, leading to excessive emissions; Simultaneously balancing the internal pressure of the high-pressure fuel tank, protecting fuel tank safety and meeting user refueling needs

    " data-fancybox="fb_138232_4"> $c.title-21     High pressure fuel tank shut-off valve（FTIV）

    Applied to the fuel evaporation system of hybrid electric vehicles, it locks fuel vapor in the high-pressure fuel tank, suppresses fuel evaporation, and prevents excessive fuel vapor from flowing into the carbon canister, leading to excessive emissions; Simultaneously balancing the internal pressure of the high-pressure fuel tank, protecting fuel tank safety and meeting user refueling needs

    " data-fancybox="fb_138232_4"> $c.title-22     High pressure fuel tank shut-off valve（FTIV）

    Applied to the fuel evaporation system of hybrid electric vehicles, it locks fuel vapor in the high-pressure fuel tank, suppresses fuel evaporation, and prevents excessive fuel vapor from flowing into the carbon canister, leading to excessive emissions; Simultaneously balancing the internal pressure of the high-pressure fuel tank, protecting fuel tank safety and meeting user refueling needs

    " data-fancybox="fb_138232_4"> $c.title-23     High pressure fuel tank shut-off valve（FTIV）

    Applied to the fuel evaporation system of hybrid electric vehicles, it locks fuel vapor in the high-pressure fuel tank, suppresses fuel evaporation, and prevents excessive fuel vapor from flowing into the carbon canister, leading to excessive emissions; Simultaneously balancing the internal pressure of the high-pressure fuel tank, protecting fuel tank safety and meeting user refueling needs

    " data-fancybox="fb_138232_4"> $c.title-24     High pressure fuel tank shut-off valve（FTIV）

    Applied to the fuel evaporation system of hybrid electric vehicles, it locks fuel vapor in the high-pressure fuel tank, suppresses fuel evaporation, and prevents excessive fuel vapor from flowing into the carbon canister, leading to excessive emissions; Simultaneously balancing the internal pressure of the high-pressure fuel tank, protecting fuel tank safety and meeting user refueling needs

    " data-fancybox="fb_138232_4"> $c.title-25
  • Carbon canister shut-off valve （CVS）

    Applied to the fuel evaporation system of automobiles, installed and integrated inside the carbon canister, used to cut off the connection between the fuel evaporation system and external air during OBD leakage diagnosis and monitoring of the entire vehicle

    " data-fancybox="fb_138230_5" class="box_hover_shadow box_hover_up"> Carbon canister shut-off valve （CVS）

    Carbon canister shut-off valve （CVS）

     Carbon canister shut-off valve （CVS）

    Applied to the fuel evaporation system of automobiles, installed and integrated inside the carbon canister, used to cut off the connection between the fuel evaporation system and external air during OBD leakage diagnosis and monitoring of the entire vehicle

    " data-fancybox="fb_138230_5"> $c.title-2     Carbon canister shut-off valve （CVS）

    Applied to the fuel evaporation system of automobiles, installed and integrated inside the carbon canister, used to cut off the connection between the fuel evaporation system and external air during OBD leakage diagnosis and monitoring of the entire vehicle

    " data-fancybox="fb_138230_5"> $c.title-3     Carbon canister shut-off valve （CVS）

    Applied to the fuel evaporation system of automobiles, installed and integrated inside the carbon canister, used to cut off the connection between the fuel evaporation system and external air during OBD leakage diagnosis and monitoring of the entire vehicle

    " data-fancybox="fb_138230_5"> $c.title-4     Carbon canister shut-off valve （CVS）

    Applied to the fuel evaporation system of automobiles, installed and integrated inside the carbon canister, used to cut off the connection between the fuel evaporation system and external air during OBD leakage diagnosis and monitoring of the entire vehicle

    " data-fancybox="fb_138230_5"> $c.title-5     Carbon canister shut-off valve （CVS）

    Applied to the fuel evaporation system of automobiles, installed and integrated inside the carbon canister, used to cut off the connection between the fuel evaporation system and external air during OBD leakage diagnosis and monitoring of the entire vehicle

    " data-fancybox="fb_138230_5"> $c.title-6     Carbon canister shut-off valve （CVS）

    Applied to the fuel evaporation system of automobiles, installed and integrated inside the carbon canister, used to cut off the connection between the fuel evaporation system and external air during OBD leakage diagnosis and monitoring of the entire vehicle

    " data-fancybox="fb_138230_5"> $c.title-7     Carbon canister shut-off valve （CVS）

    Applied to the fuel evaporation system of automobiles, installed and integrated inside the carbon canister, used to cut off the connection between the fuel evaporation system and external air during OBD leakage diagnosis and monitoring of the entire vehicle

    " data-fancybox="fb_138230_5"> $c.title-8     Carbon canister shut-off valve （CVS）

    Applied to the fuel evaporation system of automobiles, installed and integrated inside the carbon canister, used to cut off the connection between the fuel evaporation system and external air during OBD leakage diagnosis and monitoring of the entire vehicle

    " data-fancybox="fb_138230_5"> $c.title-9     Carbon canister shut-off valve （CVS）

    Applied to the fuel evaporation system of automobiles, installed and integrated inside the carbon canister, used to cut off the connection between the fuel evaporation system and external air during OBD leakage diagnosis and monitoring of the entire vehicle

    " data-fancybox="fb_138230_5"> $c.title-10     Carbon canister shut-off valve （CVS）

    Applied to the fuel evaporation system of automobiles, installed and integrated inside the carbon canister, used to cut off the connection between the fuel evaporation system and external air during OBD leakage diagnosis and monitoring of the entire vehicle

    " data-fancybox="fb_138230_5"> $c.title-11     Carbon canister shut-off valve （CVS）

    Applied to the fuel evaporation system of automobiles, installed and integrated inside the carbon canister, used to cut off the connection between the fuel evaporation system and external air during OBD leakage diagnosis and monitoring of the entire vehicle

    " data-fancybox="fb_138230_5"> $c.title-12     Carbon canister shut-off valve （CVS）

    Applied to the fuel evaporation system of automobiles, installed and integrated inside the carbon canister, used to cut off the connection between the fuel evaporation system and external air during OBD leakage diagnosis and monitoring of the entire vehicle

    " data-fancybox="fb_138230_5"> $c.title-13     Carbon canister shut-off valve （CVS）

    Applied to the fuel evaporation system of automobiles, installed and integrated inside the carbon canister, used to cut off the connection between the fuel evaporation system and external air during OBD leakage diagnosis and monitoring of the entire vehicle

    " data-fancybox="fb_138230_5"> $c.title-14     Carbon canister shut-off valve （CVS）

    Applied to the fuel evaporation system of automobiles, installed and integrated inside the carbon canister, used to cut off the connection between the fuel evaporation system and external air during OBD leakage diagnosis and monitoring of the entire vehicle

    " data-fancybox="fb_138230_5"> $c.title-15     Carbon canister shut-off valve （CVS）

    Applied to the fuel evaporation system of automobiles, installed and integrated inside the carbon canister, used to cut off the connection between the fuel evaporation system and external air during OBD leakage diagnosis and monitoring of the entire vehicle

    " data-fancybox="fb_138230_5"> $c.title-16     Carbon canister shut-off valve （CVS）

    Applied to the fuel evaporation system of automobiles, installed and integrated inside the carbon canister, used to cut off the connection between the fuel evaporation system and external air during OBD leakage diagnosis and monitoring of the entire vehicle

    " data-fancybox="fb_138230_5"> $c.title-17     Carbon canister shut-off valve （CVS）

    Applied to the fuel evaporation system of automobiles, installed and integrated inside the carbon canister, used to cut off the connection between the fuel evaporation system and external air during OBD leakage diagnosis and monitoring of the entire vehicle

    " data-fancybox="fb_138230_5"> $c.title-18     Carbon canister shut-off valve （CVS）

    Applied to the fuel evaporation system of automobiles, installed and integrated inside the carbon canister, used to cut off the connection between the fuel evaporation system and external air during OBD leakage diagnosis and monitoring of the entire vehicle

    " data-fancybox="fb_138230_5"> $c.title-19     Carbon canister shut-off valve （CVS）

    Applied to the fuel evaporation system of automobiles, installed and integrated inside the carbon canister, used to cut off the connection between the fuel evaporation system and external air during OBD leakage diagnosis and monitoring of the entire vehicle

    " data-fancybox="fb_138230_5"> $c.title-20     Carbon canister shut-off valve （CVS）

    Applied to the fuel evaporation system of automobiles, installed and integrated inside the carbon canister, used to cut off the connection between the fuel evaporation system and external air during OBD leakage diagnosis and monitoring of the entire vehicle

    " data-fancybox="fb_138230_5"> $c.title-21     Carbon canister shut-off valve （CVS）

    Applied to the fuel evaporation system of automobiles, installed and integrated inside the carbon canister, used to cut off the connection between the fuel evaporation system and external air during OBD leakage diagnosis and monitoring of the entire vehicle

    " data-fancybox="fb_138230_5"> $c.title-22     Carbon canister shut-off valve （CVS）

    Applied to the fuel evaporation system of automobiles, installed and integrated inside the carbon canister, used to cut off the connection between the fuel evaporation system and external air during OBD leakage diagnosis and monitoring of the entire vehicle

    " data-fancybox="fb_138230_5"> $c.title-23     Carbon canister shut-off valve （CVS）

    Applied to the fuel evaporation system of automobiles, installed and integrated inside the carbon canister, used to cut off the connection between the fuel evaporation system and external air during OBD leakage diagnosis and monitoring of the entire vehicle

    " data-fancybox="fb_138230_5"> $c.title-24     Carbon canister shut-off valve （CVS）

    Applied to the fuel evaporation system of automobiles, installed and integrated inside the carbon canister, used to cut off the connection between the fuel evaporation system and external air during OBD leakage diagnosis and monitoring of the entire vehicle

    " data-fancybox="fb_138230_5"> $c.title-25     Carbon canister shut-off valve （CVS）

    Applied to the fuel evaporation system of automobiles, installed and integrated inside the carbon canister, used to cut off the connection between the fuel evaporation system and external air during OBD leakage diagnosis and monitoring of the entire vehicle

    " data-fancybox="fb_138230_5"> $c.title-26     Carbon canister shut-off valve （CVS）

    Applied to the fuel evaporation system of automobiles, installed and integrated inside the carbon canister, used to cut off the connection between the fuel evaporation system and external air during OBD leakage diagnosis and monitoring of the entire vehicle

    " data-fancybox="fb_138230_5"> $c.title-27     Carbon canister shut-off valve （CVS）

    Applied to the fuel evaporation system of automobiles, installed and integrated inside the carbon canister, used to cut off the connection between the fuel evaporation system and external air during OBD leakage diagnosis and monitoring of the entire vehicle

    " data-fancybox="fb_138230_5"> $c.title-28
  • Venturi valve

    Venturi valve applied to the positive pressure desorption pipeline of the automotive fuel evaporation system to achieve fuel vapor desorption in boost mode

    " data-fancybox="fb_138229_6" class="box_hover_shadow box_hover_up"> Venturi valve

    Venturi valve

     Venturi valve

    Venturi valve applied to the positive pressure desorption pipeline of the automotive fuel evaporation system to achieve fuel vapor desorption in boost mode

    " data-fancybox="fb_138229_6"> $c.title-2     Venturi valve

    Venturi valve applied to the positive pressure desorption pipeline of the automotive fuel evaporation system to achieve fuel vapor desorption in boost mode

    " data-fancybox="fb_138229_6"> $c.title-3     Venturi valve

    Venturi valve applied to the positive pressure desorption pipeline of the automotive fuel evaporation system to achieve fuel vapor desorption in boost mode

    " data-fancybox="fb_138229_6"> $c.title-4     Venturi valve

    Venturi valve applied to the positive pressure desorption pipeline of the automotive fuel evaporation system to achieve fuel vapor desorption in boost mode

    " data-fancybox="fb_138229_6"> $c.title-5     Venturi valve

    Venturi valve applied to the positive pressure desorption pipeline of the automotive fuel evaporation system to achieve fuel vapor desorption in boost mode

    " data-fancybox="fb_138229_6"> $c.title-6     Venturi valve

    Venturi valve applied to the positive pressure desorption pipeline of the automotive fuel evaporation system to achieve fuel vapor desorption in boost mode

    " data-fancybox="fb_138229_6"> $c.title-7     Venturi valve

    Venturi valve applied to the positive pressure desorption pipeline of the automotive fuel evaporation system to achieve fuel vapor desorption in boost mode

    " data-fancybox="fb_138229_6"> $c.title-8     Venturi valve

    Venturi valve applied to the positive pressure desorption pipeline of the automotive fuel evaporation system to achieve fuel vapor desorption in boost mode

    " data-fancybox="fb_138229_6"> $c.title-9     Venturi valve

    Venturi valve applied to the positive pressure desorption pipeline of the automotive fuel evaporation system to achieve fuel vapor desorption in boost mode

    " data-fancybox="fb_138229_6"> $c.title-10     Venturi valve

    Venturi valve applied to the positive pressure desorption pipeline of the automotive fuel evaporation system to achieve fuel vapor desorption in boost mode

    " data-fancybox="fb_138229_6"> $c.title-11     Venturi valve

    Venturi valve applied to the positive pressure desorption pipeline of the automotive fuel evaporation system to achieve fuel vapor desorption in boost mode

    " data-fancybox="fb_138229_6"> $c.title-12     Venturi valve

    Venturi valve applied to the positive pressure desorption pipeline of the automotive fuel evaporation system to achieve fuel vapor desorption in boost mode

    " data-fancybox="fb_138229_6"> $c.title-13     Venturi valve

    Venturi valve applied to the positive pressure desorption pipeline of the automotive fuel evaporation system to achieve fuel vapor desorption in boost mode

    " data-fancybox="fb_138229_6"> $c.title-14     Venturi valve

    Venturi valve applied to the positive pressure desorption pipeline of the automotive fuel evaporation system to achieve fuel vapor desorption in boost mode

    " data-fancybox="fb_138229_6"> $c.title-15     Venturi valve

    Venturi valve applied to the positive pressure desorption pipeline of the automotive fuel evaporation system to achieve fuel vapor desorption in boost mode

    " data-fancybox="fb_138229_6"> $c.title-16     Venturi valve

    Venturi valve applied to the positive pressure desorption pipeline of the automotive fuel evaporation system to achieve fuel vapor desorption in boost mode

    " data-fancybox="fb_138229_6"> $c.title-17     Venturi valve

    Venturi valve applied to the positive pressure desorption pipeline of the automotive fuel evaporation system to achieve fuel vapor desorption in boost mode

    " data-fancybox="fb_138229_6"> $c.title-18     Venturi valve

    Venturi valve applied to the positive pressure desorption pipeline of the automotive fuel evaporation system to achieve fuel vapor desorption in boost mode

    " data-fancybox="fb_138229_6"> $c.title-19     Venturi valve

    Venturi valve applied to the positive pressure desorption pipeline of the automotive fuel evaporation system to achieve fuel vapor desorption in boost mode

    " data-fancybox="fb_138229_6"> $c.title-20     Venturi valve

    Venturi valve applied to the positive pressure desorption pipeline of the automotive fuel evaporation system to achieve fuel vapor desorption in boost mode

    " data-fancybox="fb_138229_6"> $c.title-21     Venturi valve

    Venturi valve applied to the positive pressure desorption pipeline of the automotive fuel evaporation system to achieve fuel vapor desorption in boost mode

    " data-fancybox="fb_138229_6"> $c.title-22
  • double check valve

    Applied to the desorption pipeline of automotive fuel evaporation system, integrated with a dual channel one-way valve

    " data-fancybox="fb_138228_7" class="box_hover_shadow box_hover_up"> double check valve

    double check valve

     double check valve

    Applied to the desorption pipeline of automotive fuel evaporation system, integrated with a dual channel one-way valve

    " data-fancybox="fb_138228_7"> $c.title-2     double check valve

    Applied to the desorption pipeline of automotive fuel evaporation system, integrated with a dual channel one-way valve

    " data-fancybox="fb_138228_7"> $c.title-3     double check valve

    Applied to the desorption pipeline of automotive fuel evaporation system, integrated with a dual channel one-way valve

    " data-fancybox="fb_138228_7"> $c.title-4     double check valve

    Applied to the desorption pipeline of automotive fuel evaporation system, integrated with a dual channel one-way valve

    " data-fancybox="fb_138228_7"> $c.title-5     double check valve

    Applied to the desorption pipeline of automotive fuel evaporation system, integrated with a dual channel one-way valve

    " data-fancybox="fb_138228_7"> $c.title-6     double check valve

    Applied to the desorption pipeline of automotive fuel evaporation system, integrated with a dual channel one-way valve

    " data-fancybox="fb_138228_7"> $c.title-7     double check valve

    Applied to the desorption pipeline of automotive fuel evaporation system, integrated with a dual channel one-way valve

    " data-fancybox="fb_138228_7"> $c.title-8     double check valve

    Applied to the desorption pipeline of automotive fuel evaporation system, integrated with a dual channel one-way valve

    " data-fancybox="fb_138228_7"> $c.title-9     double check valve

    Applied to the desorption pipeline of automotive fuel evaporation system, integrated with a dual channel one-way valve

    " data-fancybox="fb_138228_7"> $c.title-10     double check valve

    Applied to the desorption pipeline of automotive fuel evaporation system, integrated with a dual channel one-way valve

    " data-fancybox="fb_138228_7"> $c.title-11     double check valve

    Applied to the desorption pipeline of automotive fuel evaporation system, integrated with a dual channel one-way valve

    " data-fancybox="fb_138228_7"> $c.title-12     double check valve

    Applied to the desorption pipeline of automotive fuel evaporation system, integrated with a dual channel one-way valve

    " data-fancybox="fb_138228_7"> $c.title-13     double check valve

    Applied to the desorption pipeline of automotive fuel evaporation system, integrated with a dual channel one-way valve

    " data-fancybox="fb_138228_7"> $c.title-14     double check valve

    Applied to the desorption pipeline of automotive fuel evaporation system, integrated with a dual channel one-way valve

    " data-fancybox="fb_138228_7"> $c.title-15     double check valve

    Applied to the desorption pipeline of automotive fuel evaporation system, integrated with a dual channel one-way valve

    " data-fancybox="fb_138228_7"> $c.title-16     double check valve

    Applied to the desorption pipeline of automotive fuel evaporation system, integrated with a dual channel one-way valve

    " data-fancybox="fb_138228_7"> $c.title-17     double check valve

    Applied to the desorption pipeline of automotive fuel evaporation system, integrated with a dual channel one-way valve

    " data-fancybox="fb_138228_7"> $c.title-18     double check valve

    Applied to the desorption pipeline of automotive fuel evaporation system, integrated with a dual channel one-way valve

    " data-fancybox="fb_138228_7"> $c.title-19     double check valve

    Applied to the desorption pipeline of automotive fuel evaporation system, integrated with a dual channel one-way valve

    " data-fancybox="fb_138228_7"> $c.title-20     double check valve

    Applied to the desorption pipeline of automotive fuel evaporation system, integrated with a dual channel one-way valve

    " data-fancybox="fb_138228_7"> $c.title-21     double check valve

    Applied to the desorption pipeline of automotive fuel evaporation system, integrated with a dual channel one-way valve

    " data-fancybox="fb_138228_7"> $c.title-22     double check valve

    Applied to the desorption pipeline of automotive fuel evaporation system, integrated with a dual channel one-way valve

    " data-fancybox="fb_138228_7"> $c.title-23     double check valve

    Applied to the desorption pipeline of automotive fuel evaporation system, integrated with a dual channel one-way valve

    " data-fancybox="fb_138228_7"> $c.title-24     double check valve

    Applied to the desorption pipeline of automotive fuel evaporation system, integrated with a dual channel one-way valve

    " data-fancybox="fb_138228_7"> $c.title-25     double check valve

    Applied to the desorption pipeline of automotive fuel evaporation system, integrated with a dual channel one-way valve

    " data-fancybox="fb_138228_7"> $c.title-26     double check valve

    Applied to the desorption pipeline of automotive fuel evaporation system, integrated with a dual channel one-way valve

    " data-fancybox="fb_138228_7"> $c.title-27