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Thermally Insulated Carburetor Cleaner Valve for High-Temperature Industrial Engines with Heat Shield Sleeve
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Thermally Insulated Carburetor Cleaner Valve for High-Temperature Industrial Engines with Heat Shield Sleeve

ブランド名: MUFUTE
MOQ: 100000セット
価格: 交渉可能
パッケージの詳細: カートン。
支払条件: L/C、D/A、D/P、T/T、ウェスタンユニオン、マネーグラム
詳細情報
起源の場所:
河北省、中国
耐久性:
高い
タイプ:
バルブ
互換性:
ユニバーサル
応用:
キャブレタークリーナー
色:
使用法:
キャブレターの清掃用
取り付けが簡単:
はい
材料:
金属
供給の能力:
月間10,000,000セット
ハイライト:

Carburetor cleaning spray valve

,

Carburetor cleaner applicator

,

Valve for carburetor cleaning

製品説明
Thermally Insulated Carburetor Cleaner Valve for High-Temperature Industrial Engines with Heat Shield Sleeve
Manage extreme operating temperatures with our Thermally Insulated Carburetor Cleaner Valve, purpose-built for industrial engines in generators, compressors, and pumps that run continuously in high-ambient-heat environments. Prolonged exposure to radiant engine heat can degrade standard valves and cause cleaning solvents to vaporize prematurely, reducing their effectiveness. This heavy-duty service valve incorporates a proprietary ceramic-impregnated heat shield sleeve that dramatically reduces heat transfer to the valve core and the fluid within. This thermal protection ensures that cleaning solvents remain in an optimal liquid state until they enter the carburetor body, allowing for maximum deposit-dissolving power.
The valve itself is machined from high-temperature alloy steel, capable of withstanding direct exposure to hot engine components. It provides a reliable, cool-to-the-touch service port for introducing high-temperature stable cleaners that break down baked-on carbon deposits in the throttle plate bore and exhaust-heated intake manifolds. By enabling effective cleaning in extreme conditions, this specialized maintenance valve is key to preventing heat-induced carburetor icing (vapor lock), maintaining consistent fuel delivery, and ensuring uninterrupted operation of mission-critical industrial equipment.
Key Features
  • Industrial cleaning valve featuring an integrated ceramic heat shield sleeve for operation in extreme temperature environments
  • Machined from high-temperature alloy steel to resist deformation and degradation from radiant engine heat
  • Allows safe and effective injection of cleaning solvents into hot-running industrial engine carburetors
  • Prevents premature vaporization of cleaners, ensuring they reach the carburetor internals in liquid form
  • Essential for maintaining fuel system reliability in generators, pumps, and compressors with high under-hood temperatures
Application Scenario
At a remote telecom site, a technician services a diesel-powered generator that runs constantly. Despite the scorching manifold heat, they can safely attach a cleaner canister to this insulated valve. The solvent remains cool enough to effectively clean the carburetor's governor linkage and passages, preventing a scheduled shutdown for a deeper tear-down.
Manufacturing Process
The manufacturing process involves two parallel lines: one for machining the high-temp alloy body and one for molding the composite heat shield. They are assembled in a temperature-controlled room, and the bond between metal and shield is cured in a specialized oven. Each unit is then subjected to a thermal cycle test to validate insulation performance.
Packing and Transportation
Due to its specialized nature, each valve is packed in a form-fitting, insulated foam sleeve within its box to mimic its function. Boxes are marked "High-Temp Application" and shipped in small, sturdy crates to industrial equipment OEMs and service contractors.
Frequently Asked Questions
What is the maximum ambient temperature this cleaning valve can withstand?
The valve body is rated for continuous exposure to temperatures up to 450°F (232°C), with the heat shield maintaining the internal fluid temperature significantly lower for safe handling and effective cleaning.
Why would a standard service valve fail in a high-temperature application?
Standard polymers can melt or become brittle, and solvents can flash-vaporize in the valve body, causing pressure spikes and rendering the cleaning procedure ineffective and potentially dangerous.
Can this maintenance valve be used on engines with turbochargers nearby?
Yes, its design is specifically aimed at such high-heat zones. The heat shield provides critical protection from turbo and exhaust manifold radiant heat.
What type of cleaner should be used with this high-temperature injection valve?
We recommend using cleaners specifically formulated for high-temperature stability. Standard aerosol cleaners may still vaporize too quickly even with our insulation.
Does this help with carburetor issues related to heat soak after engine shutdown?
Absolutely. By facilitating routine cleaning of heat-soaked components, it prevents the hardening of deposits that occurs during repeated heat cycles, a common cause of sticky throttle shafts and idle air control malfunctions in industrial settings.
良い価格  オンライン

商品の詳細

ホーム > 製品 >
自動車用エアロゾールスプレーバルブ
>
Thermally Insulated Carburetor Cleaner Valve for High-Temperature Industrial Engines with Heat Shield Sleeve

Thermally Insulated Carburetor Cleaner Valve for High-Temperature Industrial Engines with Heat Shield Sleeve

ブランド名: MUFUTE
MOQ: 100000セット
価格: 交渉可能
パッケージの詳細: カートン。
支払条件: L/C、D/A、D/P、T/T、ウェスタンユニオン、マネーグラム
詳細情報
起源の場所:
河北省、中国
ブランド名:
MUFUTE
耐久性:
高い
タイプ:
バルブ
互換性:
ユニバーサル
応用:
キャブレタークリーナー
色:
使用法:
キャブレターの清掃用
取り付けが簡単:
はい
材料:
金属
最小注文数量:
100000セット
価格:
交渉可能
パッケージの詳細:
カートン。
受渡し時間:
7~10日
支払条件:
L/C、D/A、D/P、T/T、ウェスタンユニオン、マネーグラム
供給の能力:
月間10,000,000セット
ハイライト:

Carburetor cleaning spray valve

,

Carburetor cleaner applicator

,

Valve for carburetor cleaning

製品説明
Thermally Insulated Carburetor Cleaner Valve for High-Temperature Industrial Engines with Heat Shield Sleeve
Manage extreme operating temperatures with our Thermally Insulated Carburetor Cleaner Valve, purpose-built for industrial engines in generators, compressors, and pumps that run continuously in high-ambient-heat environments. Prolonged exposure to radiant engine heat can degrade standard valves and cause cleaning solvents to vaporize prematurely, reducing their effectiveness. This heavy-duty service valve incorporates a proprietary ceramic-impregnated heat shield sleeve that dramatically reduces heat transfer to the valve core and the fluid within. This thermal protection ensures that cleaning solvents remain in an optimal liquid state until they enter the carburetor body, allowing for maximum deposit-dissolving power.
The valve itself is machined from high-temperature alloy steel, capable of withstanding direct exposure to hot engine components. It provides a reliable, cool-to-the-touch service port for introducing high-temperature stable cleaners that break down baked-on carbon deposits in the throttle plate bore and exhaust-heated intake manifolds. By enabling effective cleaning in extreme conditions, this specialized maintenance valve is key to preventing heat-induced carburetor icing (vapor lock), maintaining consistent fuel delivery, and ensuring uninterrupted operation of mission-critical industrial equipment.
Key Features
  • Industrial cleaning valve featuring an integrated ceramic heat shield sleeve for operation in extreme temperature environments
  • Machined from high-temperature alloy steel to resist deformation and degradation from radiant engine heat
  • Allows safe and effective injection of cleaning solvents into hot-running industrial engine carburetors
  • Prevents premature vaporization of cleaners, ensuring they reach the carburetor internals in liquid form
  • Essential for maintaining fuel system reliability in generators, pumps, and compressors with high under-hood temperatures
Application Scenario
At a remote telecom site, a technician services a diesel-powered generator that runs constantly. Despite the scorching manifold heat, they can safely attach a cleaner canister to this insulated valve. The solvent remains cool enough to effectively clean the carburetor's governor linkage and passages, preventing a scheduled shutdown for a deeper tear-down.
Manufacturing Process
The manufacturing process involves two parallel lines: one for machining the high-temp alloy body and one for molding the composite heat shield. They are assembled in a temperature-controlled room, and the bond between metal and shield is cured in a specialized oven. Each unit is then subjected to a thermal cycle test to validate insulation performance.
Packing and Transportation
Due to its specialized nature, each valve is packed in a form-fitting, insulated foam sleeve within its box to mimic its function. Boxes are marked "High-Temp Application" and shipped in small, sturdy crates to industrial equipment OEMs and service contractors.
Frequently Asked Questions
What is the maximum ambient temperature this cleaning valve can withstand?
The valve body is rated for continuous exposure to temperatures up to 450°F (232°C), with the heat shield maintaining the internal fluid temperature significantly lower for safe handling and effective cleaning.
Why would a standard service valve fail in a high-temperature application?
Standard polymers can melt or become brittle, and solvents can flash-vaporize in the valve body, causing pressure spikes and rendering the cleaning procedure ineffective and potentially dangerous.
Can this maintenance valve be used on engines with turbochargers nearby?
Yes, its design is specifically aimed at such high-heat zones. The heat shield provides critical protection from turbo and exhaust manifold radiant heat.
What type of cleaner should be used with this high-temperature injection valve?
We recommend using cleaners specifically formulated for high-temperature stability. Standard aerosol cleaners may still vaporize too quickly even with our insulation.
Does this help with carburetor issues related to heat soak after engine shutdown?
Absolutely. By facilitating routine cleaning of heat-soaked components, it prevents the hardening of deposits that occurs during repeated heat cycles, a common cause of sticky throttle shafts and idle air control malfunctions in industrial settings.