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La limpiadora de hielo seco AUTOOL HTS709 viene con un separador de aceite/agua con presión ajustable, que es capaz de eliminar completamente el agua que entra en el bloque del motor y tiene un excelente rendimiento de limpieza. En comparación con otros modelos de la limpiadora de hielo seco AUTOOL, la limpiadora de hielo seco para automóviles HTS709 está más optimizada y mejorada para garantizar que no haya interrupciones en el funcionamiento y proporciona una excelente fiabilidad. Es de nuevo diseño y esta lista para trabajar siempre y cuando la presión de aire sea superior a 4kg-f/cm². La máquina de limpieza con hielo seco para automóviles AUTOOL HTS709 está fabricada con todos los componentes de alta calidad, lo que hace que el efecto de limpieza sea excelente y eficiente.
La limpiadora de hielo seco para automóviles AUTOOL HTS709 ofrece un diseño estructural general mejor y más fiable y una gran practicidad. El equipo está equipado con manómetros duales, control eléctrico integrado, interruptor de emergencia y perilla reguladora de presión como estándar. En particular, el logotipo de la función en el panel de control es claro y bien organizado, por lo que es fácil de operar.
La limpiadora de hielo seco para automóviles AUTOOL HTS709 adopta un dispositivo de separación de aceite y agua de gran diámetro, que puede evitar que el agua entre en la operación de limpieza con hielo seco para que el hielo seco no se mezcle con el agua y se aglomere, asegurando así que no habrá problemas como el bloqueo de hielo en la tubería o que quede agua en las piezas de limpieza del vehículo y en el interior del producto.
La limpiadora de hielo seco AUTOOL HTS709 está diseñada con un microordenador inteligente en su interior para controlar con precisión el volumen de presión. Como el equipo tiene una velocidad de alimentación de hielo ajustable, puede realizar el trabajo de limpieza en condiciones óptimas.
AUTOOL HTS709 limpiador de hielo seco automotriz está libre de refrigeración del equipo y el desmontaje de la carcasa del motor antes de comenzar el trabajo de limpieza. No habrá necesidad de volver a montar, lo que toma menos tiempo y ahorra esfuerzo.
AUTOOL HTS709 limpiador de hielo seco de automoción acelera el impacto y la explosión instantánea de partículas de hielo seco a través del flujo de aire a alta presión para eliminar rápidamente todo tipo de depósitos de carbono persistentes. Puede limpiar completamente y a fondo los depósitos de carbono en todas las piezas del vehículo (como válvulas de mariposa, válvulas de admisión, piezas del motor, cámaras de combustión de los cilindros, etc.) sin desmontar las piezas del vehículo, proporcionando una alta eficiencia de limpieza y un gran efecto de limpieza. En circunstancias normales, el consumo de hielo seco es de: 4-8 kg, y el tiempo de limpieza es de: 5-10 minutos (excluyendo el tiempo de desmontaje).
Las partículas de hielo seco utilizadas en el limpiador de hielo seco para automóviles AUTOOL HTS709 se descompondrán, sublimarán y vaporizarán en la atmósfera después del trabajo de limpieza, y luego se descargarán del motor del coche. Esto no contamina el medio ambiente y también evita que las sustancias nocivas sean descargadas en el medio ambiente que pueden ser causadas por los métodos tradicionales de limpieza.
Las partículas de hielo seco utilizadas en la limpieza criogénica se descomponen, subliman y vaporizan en la atmósfera tras el trabajo de limpieza. No quedan residuos secundarios como chorro abrasivo, aguas residuales, etc. en el interior del vehículo, lo que hace innecesaria la limpieza de la suciedad causada por el equipo al final de su trabajo, garantizando así en cierta medida el normal funcionamiento general de los componentes del vehículo y la pulcritud de su interior.
AUTOOL HTS709 Auto Dry Ice Cleaner limpia por partículas de hielo seco en lugar de productos químicos tóxicos. El hielo seco es una sustancia no tóxica e inofensiva sin ningún tipo de reactivos y productos químicos añadidos, lo que puede garantizar en gran medida el uso seguro de los equipos y evitar daños corporales a los usuarios.
AUTOOL HTS709 máquina de limpieza con hielo seco automotriz es muy adecuado para aplicaciones en automoción, energía eléctrica, caucho, plástico, química, impresión, alimentos, farmacéutica, fundición, construcción naval y la aviación y otros campos, que no se limita al mantenimiento de automóviles.
Sí, ofrecemos envío internacional exprés rápido y gratuito para todos los productos disponibles en Balticdiag.com. Realizamos entregas a todo el mundo — incluyendo USA, Europa, América del Norte, América del Sur, Asia, África y Australia — utilizando servicios de mensajería confiables como DHL, UPS y FedEx. Cada pedido se envía con entrega exprés directamente a tu puerta, garantizando una llegada rápida y segura. Los costos de envío están incluidos en el precio del producto, y proporcionamos información de seguimiento completa para que puedas monitorear tu paquete desde el despacho hasta la entrega.
Aceptamos una amplia variedad de métodos de pago seguros internacionales y locales, incluyendo:
Dry ice blasting or dry ice cleaning is an environmentally sustainable cleaning and surface preparation technique.
It is similar to sandblasting, grit blasting and soda blasting in that it uses a medium accelerated in a pressurized air stream to prepare and clean surfaces. The difference is that dry ice cleaning uses recycled solid carbon dioxide (CO 2 ) pellets or particles that are blasted at supersonic speeds and sublimate on impact to remove dirt and contaminants from the substrate beneath.
The process is non-abrasive, non-conductive, non-flammable and non-toxic. It is also chemical-free, water-free and does not create a secondary waste stream. When dry ice hits the surface being cleaned, it sublimates or changes from a solid CO 2 phase to a gaseous CO 2.
There are three main factors that affect the dry ice cleaning process. These factors are the kinetic energy of the particles, the thermal shock effect and the thermodynamic effect. To explain the process more easily, we have created the following acronym (ICE).
Impact – The impact of the particles creates a kinetic effect. Compressed air accelerates the soft dry ice at supersonic speed through specially designed nozzles.
Cold – The low temperature of the dry ice pellets creates a thermal effect. The temperature of the dry ice (-109°F / -78.9°C) causes the contaminant to become brittle. This helps to break the bond between the substrate and the contaminant.
Expansion – The expansion of dry ice pellets. Dry ice pellets sublimate on impact, expanding in volume and removing contaminants.
Because of its unique properties, dry ice has many advantages that make it a more attractive cleaning solution than alternatives. Benefits include.
Dry ice blasting requires a simple setup. Along with your dry ice blasting machine, the system will be equipped with the blasting and air hoses, applicators and nozzles that are best suited for your application.
The only other items required for the operating system are:
If you are using a portable diesel compressor as your air source, an aftercooler may be useful. The aftercooler removes most of the moisture from the system and cools the air to within 15°F (-9.4°C) of the ambient air. This depends largely on the humidity level.
Most of our customers purchase dry ice pellets or blocks from industrial gas suppliers, welding supply companies and other regional or local suppliers. Dry ice can be purchased on an as-needed basis, or regular deliveries can be arranged to your facility. Regular delivery trucks covering a 100-mile radius are available in most major metropolitan areas. Dry ice can also be shipped using common carriers and delivered in insulated containers.
For manufacturers who regularly require large quantities of dry ice or work in remote areas, we recommend considering a dry ice production machine to meet the high demand.
Dry ice is a commodity, and prices vary by region.
When working with CO 2, precautions must always be taken to ensure that the area is adequately ventilated and that the proper PPE is used when handling CO 2 in liquid or solid form (dry ice).
Wear appropriate protective devices such as earplugs, glasses, gloves and open-toed shoes when operating a dry ice blaster
While dry ice blasting is effective in removing failing paint and weakly bonded paint, dry ice is a mild-medium, and in some applications, the use of dry ice alone is not always successful. There are many variables that determine the success of dry ice blasting, such as the adhesion of the paint and the type of paint and primer. Depending on the application, even high-pressure dry ice blasting can be too slow, too mild or ineffective.
Dry ice blasting alone will remove any loosely adhered rust, surface rust, oxidation and salt (SP 6), but it will not remove deeply adhered or pitting oxidation. Due to the non-abrasive nature of dry ice, it is not sufficient to create contoured or white metal finishes.
When following IAQA standards, dry ice blasting removes 99.9% of mold spores faster than traditional cleaning methods. The process eliminates timely manual cleaning without secondary waste, resulting in reduced mold remediation time, lower total labor costs and project time. The dry ice blasting process uses no chemicals and is able to deodorize the affected area.
Dry ice blasting leaves no residue or waste. Dry ice sublimates on impact with the surface being cleaned, creating no secondary waste, residue or moisture. This eliminates additional cleanup, disposal of secondary waste streams and additional cleaning preparation, such as masking delicate sensors or wrapping electronic components prior to cleaning. This significantly reduces the duration of cleaning projects and the resulting downtime.
Eliminating secondary waste also allows the equipment to be cleaned both in-line and while still in operation.
A: We recommend using preferably 3 mm dry ice pellets and up to 8 mm dry ice pellets.
A: Above 90PSI
A:We suggest you use a 1.5m³/min compressor which with a 300L air tank to supply the air pressure and store air pressure in the air tank.
A: No,it doesn’t run on single phase.The socket must to connect with earth wire.
A: 3.3 meter.
A: Above 1.5m³/min.
A: 15mm.
A: They are 5mm and 6mm.
Dry ice blasting or dry ice cleaning is an environmentally sustainable cleaning and surface preparation technique.
It is similar to sandblasting, grit blasting and soda blasting in that it uses a medium accelerated in a pressurized air stream to prepare and clean surfaces. The difference is that dry ice cleaning uses recycled solid carbon dioxide (CO 2 ) pellets or particles that are blasted at supersonic speeds and sublimate on impact to remove dirt and contaminants from the substrate beneath.
The process is non-abrasive, non-conductive, non-flammable and non-toxic. It is also chemical-free, water-free and does not create a secondary waste stream. When dry ice hits the surface being cleaned, it sublimates or changes from a solid CO 2 phase to a gaseous CO 2.
There are three main factors that affect the dry ice cleaning process. These factors are the kinetic energy of the particles, the thermal shock effect and the thermodynamic effect. To explain the process more easily, we have created the following acronym (ICE).
Impact – The impact of the particles creates a kinetic effect. Compressed air accelerates the soft dry ice at supersonic speed through specially designed nozzles.
Cold – The low temperature of the dry ice pellets creates a thermal effect. The temperature of the dry ice (-109°F / -78.9°C) causes the contaminant to become brittle. This helps to break the bond between the substrate and the contaminant.
Expansion – The expansion of dry ice pellets. Dry ice pellets sublimate on impact, expanding in volume and removing contaminants.
Because of its unique properties, dry ice has many advantages that make it a more attractive cleaning solution than alternatives. Benefits include.
Dry ice blasting requires a simple setup. Along with your dry ice blasting machine, the system will be equipped with the blasting and air hoses, applicators and nozzles that are best suited for your application.
The only other items required for the operating system are:
If you are using a portable diesel compressor as your air source, an aftercooler may be useful. The aftercooler removes most of the moisture from the system and cools the air to within 15°F (-9.4°C) of the ambient air. This depends largely on the humidity level.
Most of our customers purchase dry ice pellets or blocks from industrial gas suppliers, welding supply companies and other regional or local suppliers. Dry ice can be purchased on an as-needed basis, or regular deliveries can be arranged to your facility. Regular delivery trucks covering a 100-mile radius are available in most major metropolitan areas. Dry ice can also be shipped using common carriers and delivered in insulated containers.
For manufacturers who regularly require large quantities of dry ice or work in remote areas, we recommend considering a dry ice production machine to meet the high demand.
Dry ice is a commodity, and prices vary by region.
When working with CO 2, precautions must always be taken to ensure that the area is adequately ventilated and that the proper PPE is used when handling CO 2 in liquid or solid form (dry ice).
Wear appropriate protective devices such as earplugs, glasses, gloves and open-toed shoes when operating a dry ice blaster
While dry ice blasting is effective in removing failing paint and weakly bonded paint, dry ice is a mild-medium, and in some applications, the use of dry ice alone is not always successful. There are many variables that determine the success of dry ice blasting, such as the adhesion of the paint and the type of paint and primer. Depending on the application, even high-pressure dry ice blasting can be too slow, too mild or ineffective.
Dry ice blasting alone will remove any loosely adhered rust, surface rust, oxidation and salt (SP 6), but it will not remove deeply adhered or pitting oxidation. Due to the non-abrasive nature of dry ice, it is not sufficient to create contoured or white metal finishes.
When following IAQA standards, dry ice blasting removes 99.9% of mold spores faster than traditional cleaning methods. The process eliminates timely manual cleaning without secondary waste, resulting in reduced mold remediation time, lower total labor costs and project time. The dry ice blasting process uses no chemicals and is able to deodorize the affected area.
Dry ice blasting leaves no residue or waste. Dry ice sublimates on impact with the surface being cleaned, creating no secondary waste, residue or moisture. This eliminates additional cleanup, disposal of secondary waste streams and additional cleaning preparation, such as masking delicate sensors or wrapping electronic components prior to cleaning. This significantly reduces the duration of cleaning projects and the resulting downtime.
Eliminating secondary waste also allows the equipment to be cleaned both in-line and while still in operation.
A: We recommend using preferably 3 mm dry ice pellets and up to 8 mm dry ice pellets.
A: Above 90PSI
A:We suggest you use a 1.5m³/min compressor which with a 300L air tank to supply the air pressure and store air pressure in the air tank.
A: No,it doesn’t run on single phase.The socket must to connect with earth wire.
A: 3.3 meter.
A: Above 1.5m³/min.
A: 15mm.
A: They are 5mm and 6mm.