ADCAPure V926A is a series of two-way single seat aseptic control valves with angle connections.
These valves are designed to precisely regulate and control the flow of liquids and gases and are suitable for high purity applications in the pharmaceutical, cosmetics, fine chemicals, food and beverage and food industries.
The V926A can be fitted with pneumatic, hydraulic or electric actuators for modulating and shut-off control tasks.
ADCAPure V926H is a series of two-way single seat aseptic control valves with angle connections.
These valves are designed to precisely regulate and control the flow of liquids and gases and are suitable for high purity applications found in the pharmaceutical, cosmetic, fine chemical, food and beverage industries.
The V926A can be fitted with pneumatic, hydraulic or electric actuators for modulating and shut-off control tasks.
The ADCAPure V928 is a series of two or three-way hygienic control valves with angle or horizontal connections. These valves are designed to accurately regulate and control the flow of liquids and gases and are suitable for hygienic applications in the pharmaceutical, cosmetic, fine chemical, food and beverage industries.
The V928 can be fitted with pneumatic, hydraulic or electric actuators for modulating and shut-off control tasks.
V928MV - three-way angle design.
V928MH - three-way horizontal design.
V928D - three-way bypass.
ADCAPure V928 is a series of two or three-way hygienic control valves with angle or horizontal connections. These valves are designed to precisely regulate and control the flow of liquids and gases and are suitable for hygienic applications in the pharmaceutical, cosmetics, fine chemicals, food and beverage and food industries.
The V928 can be fitted with pneumatic, hydraulic or electric actuators for modulating and shut-off control tasks.
STANDARD SURFACE FINISH
The ADCAPure P130L is a series of low flow, direct acting diaphragm pressure reducing valves. These regulators, available in spring-loaded or dome-loaded versions, are designed for use with clean air, nitrogen, carbon dioxide, oxygen, argon and other gases or liquids compatible with the valve's materials of construction and design.
Designed specifically for high purity gas systems found in pharmaceutical, cosmetic, fine chemical and food and beverage processes.
The ADCAPure P130K is a series of direct acting, spring and diaphragm operated pressure reducing valves.
These regulators, available in spring-loaded or dome-loaded versions, are designed for use with clean air, nitrogen, carbon dioxide, oxygen, argon and other gases or liquids compatible with the valve's materials of construction and design.
Designed specifically for high purity gas systems found in pharmaceutical, cosmetic, fine chemical and food and beverage processes.
The ADCAPure P130J is a series of direct acting, spring and diaphragm balanced plug pressure reducing valves.
These regulators, available in spring-loaded or dome-loaded versions, are designed for use with clean air, nitrogen, carbon dioxide, oxygen, argon and other gases or liquids compatible with the valve's materials of construction and design.
Designed specifically for high purity gas systems found in pharmaceutical, cosmetic, fine chemical and food and beverage processes.
The ADCAPure P130H is a series of direct acting, diaphragm and balanced plug pressure reducing valves.
These regulators, available in spring-loaded or dome-loaded versions, are designed for use with clean air, nitrogen, carbon dioxide, oxygen, argon and other gases or liquids compatible with the valve's materials of construction and design.
Designed specifically for high purity gas systems found in pharmaceutical, cosmetic, fine chemical and food and beverage processes.
The ADCAPure P130G is a series of direct acting, diaphragm and balanced plug pressure reducing valves.
These regulators, available in spring-loaded or dome-loaded versions, are designed for use with clean air, nitrogen, carbon dioxide, oxygen, argon and other gases or liquids compatible with the valve's materials of construction and design.
Designed specifically for high purity gas systems found in pharmaceutical, cosmetic, fine chemical and food and beverage processes.
The ADCAPure P147 valve is a series of pilot operated pressure reducing valves.
These regulators, available in spring-loaded or dome-loaded versions, are designed for use with clean air, nitrogen, carbon dioxide, carbon dioxide, nitrous
for use with clean air, nitrogen, carbon dioxide, oxygen, argon and other gases compatible with the valve's materials of construction and design. Specifically designed for high purity gas systems found in pharmaceutical, cosmetic, fine chemical and food and beverage processes.
The ADCAPure P161 is a series of direct acting, angle design, diaphragm operated pressure reducing valves.
These regulators, available in spring-loaded or dome-loaded versions, are designed for use with clean steam, compressed air, water and other gases or liquids compatible with the valve's materials of construction and design.
The ADCAPure P160G is a series of direct acting diaphragm pressure reducing valves.
direct acting diaphragm pressure reducing valves.
These regulators are designed for use with clean steam, compressed air, water and other gases or liquids compatible with the materials of construction and design of the valve.
The ADCAPure P163 is a series of direct acting in-line diaphragm in-line pressure reducing valves.
These regulators, available with spring or dome loading, are designed for use with clean steam, compressed air, water and other gases or liquids compatible with the valve's materials of construction and design.
The ADCAPure P173 is a series of direct acting in-line diaphragm sensing pressure reducing valves.
These regulators, available in spring-loaded or dome-loaded versions, are designed for use with clean steam, compressed air, water and other gases or liquids compatible with the valve's materials of construction and design.
The ADCAPure PS130 is a series of direct-acting, spring-loaded, diaphragm-loaded pressure sustaining valves. These regulators, available in spring-loaded or dome-loaded versions, are designed for use with clean air, nitrogen, carbon dioxide, oxygen, argon and other gases or liquids compatible with the valve's materials of construction and design. Designed specifically for high purity gas systems found in pharmaceutical, cosmetic, fine chemical and food and beverage processes.
The ADCAPure PS161 is a series of direct acting, angled design diaphragm pressure sustaining valves. These regulators, available with spring or dome loading, are designed for use with clean steam, compressed air, water and other gases or liquids compatible with the valve's materials of construction and design.
The ADCAPure PS163 is a series of direct acting in-line diaphragm pressure sustaining valves. These regulators, available with spring or dome loading, are designed for use with clean steam, compressed air, water and other gases or liquids compatible with the valve's materials of construction and design.
The ADCAPure PS173 is a series of direct acting, in-line, diaphragm sensing pressure sustaining valves. These regulators, available with spring or dome loading, are designed for use with clean steam, compressed air, water and other gases or liquids compatible with the materials of construction and design of the valve.
(Low pressure reducing valve)
Tank blanketing valves are commonly used in tank storage systems to prevent and protect against explosions (preventing flammable liquids from leaving the vessel), to control product contamination against external air that may fill the vapour space, to reduce evaporation losses (hence production losses), to reduce internal corrosion (caused by air and moisture) and to prevent a vacuum state.
The blanketing process consists of covering the stored medium, usually a liquid, with a gas (usually N2).
(Low pressure reducing valve)
Tank blanketing valves are commonly used in tank storage systems to prevent and protect against explosions (by preventing flammable liquids from venting from the vessel), to control product contamination against external air that can fill the vapour space, to reduce evaporation losses (hence production losses), to reduce internal corrosion (caused by air and moisture) and to prevent a vacuum condition.
The blanketing process consists of covering the stored medium, usually a liquid, with a gas (usually N2).
(Low Pressure Vent Valve)
Tank blanketing valves are commonly used in tank storage systems to prevent and protect against explosions (by preventing flammable liquids from venting from the vessel), to control product contamination from external air that may fill the vapour space, to reduce evaporation losses (hence production losses), to reduce internal corrosion (caused by air and moisture) and to prevent a vacuum condition.
The blanketing process consists of blanketing the stored medium, usually a liquid, with a gas (usually N2).
(Low Pressure Vent Valve)
Tank blanketing valves are commonly used in tank storage systems to prevent and protect against explosions (by preventing flammable liquids from venting from the vessel), to control product contamination against external air that can fill the vapor space, to reduce evaporation losses (consequently, production losses), to reduce internal corrosion (caused by air and moisture) and to prevent a vacuum condition.
The blanketing process consists of covering the stored medium, usually a liquid, with a gas (usually N2).
ISC20I high efficiency filters are used to remove contaminated particles from gases such as steam and compressed air.
The optimized construction of these units offers low differential pressures at high flow rates.
All sizes are constructed in two bodies joined by a clamp clamp according to DIN 32676, incorporating a drain connection at the bottom.
The filter elements (replaceable) are made of sintered austenitic stainless steel.
ISH10 high efficiency filters are used to remove contaminated particles from gases such as steam and compressed air.
The optimized construction of these units offers low differential pressures at high flow rates.
All sizes are constructed in two bodies joined by a clamp clamp according to DIN 32676, incorporating a drain connection at the bottom.
The filter elements (replaceable) are made of sintered austenitic stainless steel.
TSS7 thermostatic steam traps and all stainless steel air vents are specifically designed for use on reactors, sterilizers and distribution lines in clean, pure steam systems.
Their small size makes them ideal for use with a wide variety of equipment.
TSS6 thermostatic steam traps and all stainless steel air vents are specifically designed for use on reactors, sterilizers and distribution lines in clean, pure steam systems.
Their small size makes them ideal for use with a wide variety of equipment.
TSS6H thermostatic steam traps and all stainless steel air vents are specifically designed for use on reactors, sterilizers and distribution lines in clean, pure steam systems.
Their small size makes them ideal for use with a wide variety of equipment.
The thermostatic element is very sensitive and is designed to open with a minimum subcooling of about 2°C relative to the saturated steam temperature.
TSS6A thermostatic steam traps and all stainless steel air vents are specifically designed for use on reactors, sterilizers and distribution lines in clean, pure steam systems.
Their small size makes them ideal for use with a wide variety of equipment.
Clean Steam Separator
(Horizontal connections – Baffle design)
When wet steam is used in sterilization, moisture reduces the efficiency of heat transfer and therefore the validity of the sterilization process can be compromised.
The S10H series separators remove moisture from the steam lines in the supply to consumers. Steam passes through the separator and as a result of expansion, impact and the effects of centrifugal force, particles with a heavier specific gravity are separated and fall out, such as water droplets and suspended moisture.
The condensate collected at the bottom of the separator must be drained automatically by a suitable drainer.
HOW TO SELECT
Clean Steam Centrifugal Separator
(Horizontal inlet – Vertical outlet)
When wet steam is used in sterilization, moisture reduces the efficiency of heat transfer and therefore the validity of the sterilization process can be compromised.
The S10HV series separators remove moisture from the steam lines in the supply to consumers. Steam passes through the separator and as a result of expansion, impact and the effects of centrifugal force, particles with a heavier specific gravity are separated and fall out, such as water droplets and suspended moisture.
The condensate collected at the bottom of the separator must be drained automatically by a suitable drainer.
STANDARD SURFACE FINISH
HOW TO SELECT
Clean Steam Centrifugal Separator
(Inline connections)
When wet steam is used in sterilization, moisture reduces the efficiency of heat transfer and therefore the validity of the sterilization process can be compromised.
The S11 series separators remove moisture from the steam lines in the supply to consumers. Steam passes through the separator and as a result of expansion, impact and the effects of centrifugal force, particles with a heavier specific gravity are separated and fall out, such as water droplets and suspended moisture.
The condensate collected at the bottom of the separator must be drained automatically by a suitable drainer.
Steam, compressed air and other gases (Group 2).
HOW TO SELECT
The M3HP three-piece ball valves are isolation valves designed for use with clean steam, condensate and other gases and liquids used in high purity and aseptic processes.
The valve is not designed as a control valve and should only be used as an isolation valve, fully open or fully closed.
The product is designed primarily for the pharmaceutical, biotechnology, semiconductor, cosmetics, fine chemicals, food and beverage industries.
STANDARD SURFACE FINISH
The M3HP three-piece ball valves are isolation valves designed for use with clean steam, condensate and other gases and liquids used in high purity and aseptic processes.
The valve is not designed as a control valve and should only be used as an isolation valve, fully open or fully closed.
The product is designed primarily for the pharmaceutical, biotechnology, semiconductor, cosmetics, fine chemicals, food and beverage industries.
STANDARD SURFACE FINISH
The M3HP three-piece ball valves are isolation valves designed for use with clean steam, condensate and other gases and liquids used in high purity and aseptic processes.
The valve is not designed as a control valve and should only be used as an isolation valve, fully open or fully closed.
The product is designed primarily for the pharmaceutical, biotechnology, semiconductor, cosmetics, fine chemicals, food and beverage industries.
STANDARD SURFACE FINISH
The M3HP three-piece ball valves are isolation valves designed for use with clean steam, condensate and other gases and liquids used in high purity and aseptic processes.
The valve is not designed as a control valve and should only be used as an isolation valve, fully open or fully closed.
The product is designed primarily for the pharmaceutical, biotechnology, semiconductor, cosmetics, fine chemicals, food and beverage industries.
STANDARD SURFACE FINISH
M3HP three piece body ball valves are isolating valves designed for use with clean steam, condensate and other gases and liquids used in high purity and aseptic processes.
The valve is not designed as a control valve and should only be used as an isolating valve, fully open or fully closed.
The product is mainly designed for the pharmaceutical, biotech, semiconductor, cosmetics, fine chemical, food and beverage industries.
STANDARD SURFACE FINISH
M3H three-piece ball valves are isolation valves designed for use with clean steam, condensate and other gases and liquids used in high purity and aseptic processes.
The valve is not designed as a control valve and should only be used as an isolation valve, fully open or closed.
The product is designed primarily for the pharmaceutical, biotechnology, semiconductor, cosmetics, fine chemicals, food and beverage industries.
STANDARD SURFACE FINISH
M3H three pieces body ball valves are isolating valves designed for use with clean steam, condensate and other gases and liquids used in high purity and aseptic processes.
The valve is not designed as a control valve and should only be used as an isolating valve, fully open or fully closed.
The product is mainly designed for the pharmaceutical, biotech, semiconductor, cosmetics, fine chemical, food and beverage industries.
STANDARD SURFACE FINISH
M3H three-piece ball valves are isolation valves designed for use with clean steam, condensate and other gases and liquids used in high purity and aseptic processes.
The valve is not designed as a control valve and should only be used as an isolation valve, fully open or closed.
The product is designed primarily for the pharmaceutical, biotechnology, semiconductor, cosmetics, fine chemicals, food and beverage industries.
STANDARD SURFACE FINISH
M3H three-piece ball valves are isolation valves designed for use with clean steam, condensate and other gases and liquids used in high purity and aseptic processes.
The valve is not designed as a control valve and should only be used as an isolation valve, fully open or closed.
The product is designed primarily for the pharmaceutical, biotechnology, semiconductor, cosmetics, fine chemicals, food and beverage industries.
STANDARD SURFACE FINISH
The ADCAPure SC32P sample cooler consists of a helical coil heat exchanger used to quickly and safely sample clean or pure steam systems, WFI and other high purity media.
Its spiral design saves a lot of space without interfering with the countercurrent flow path of the cooling water and maximizes heat transfer and, consequently, cooling efficiency.
The vertical sampling side ensures self-draining, as the medium flows naturally by gravity to the sample outlet with no possibility of remaining inside.
The device is available with integrated mounting brackets for fixed installation at the point of use or, alternatively, in a portable version (suffix PP) for transport to any sampling point in the system.
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The ADCAPure HSV is a series of hygienic sampling valves designed for use in high purity steam, WFI, pure water, and other systems for means of sampling.
These valves may also be used in other pharmaceutical applications where a hygienic design self-drainable manual valve is required.
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The ADCA SRV6 series aseptic safety relief valves with angle type connections are designed for use with clean steam, air, water and other gases and liquids compatible with the construction materials.
Main applications are overpressure protection on steam equipment, pressure vessels and pipelines, particularly within the food, beverage and pharmaceutical industries.
TANDARD SURFACE FINISH
ADCA's SRV8 series aseptic safety relief valves with angle connections are designed for use with clean steam, air, water and other gases and liquids compatible with materials of construction.
The main applications are overpressure protection in steam equipment, pressure vessels and pipelines, especially in the food and pharmaceutical industries.
STANDARD SURFACE FINISH
The presence of chemicals used in steam boiler water treatment can have toxic effects on human health. In some countries regulations have come into force so that only clean steam is used for humidification purposes.
The ADCAPure DSHS series of hygienic direct steam injection humidifiers are designed to ensure highly efficient and moisture-free injection of clean steam into air ducts and AHUs for humidification purposes.
These units are completely fabricated from 316L stainless steel, and are available as plug and play solutions or as individual components to be incorporated into humidification systems.
Each humidifier is manufactured as a custom solution to meet flow rate and duct design requirements with single or multiple injection tubing.
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The product is then capped and sealed with recyclable shrink film to avoid contamination.
The SAV10 sanitary air eliminator is a self-acting valve designed for liquid air venting applications.
The valve closes when full of liquid product. As the level drops the valve opens, also relieving pressure. The valve does not open under operating pressure, so it is primarily used as a start-up purge valve.
Typical applications include venting of air in CIP tank lines, high points in pipelines, among others.
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The ADCAPure MSAV series of mushroom style air vents are used in atmospheric tanks to prevent contamination from foreign matter via the vent connection. The device is fully manufactured from 316L stainless steel with a rounded mushroom cover, perforated barrier and clamped connections.
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The SRT10 stainless steel sanitary disc check valve has a compact design and is specially designed for use with clean steam, hot condensate and other process fluid applications. They are especially recommended for high purity applications.
SWS sight glasses are designed to monitor fluid flow in any direction.
Sight glasses (or flow indicators) are typically used to detect the presence or absence of fluid flow, turbulence, fluid colour, etc.
They are especially recommended for sanitary and high purity applications.
STANDARD SURFACE FINISH
VB16C vacuum breakers are simple and reliable devices that automatically relieve or "break" an unwanted vacuum condition by restoring atmospheric pressure.
This device is particularly suitable for small and medium volume steam heated units, such as
medium volume steam heated units, such as heat exchangers, heating coils, jacketed boiler reactors, steam boilers, etc.
The ADCAPure VBS17 is a series of sanitary vacuum breakers designed to automatically relieve or “break” an unwanted vacuum condition. Applications include venting and vacuum limiting in pipelines, reactors, heat exchangers, autoclaves, amongst others. These valves should not be used as vacuum control valves.
The device is kept close by means of a spring-loaded valve and the pressure which acts on the underside of the plug. When pressure drops below the adjusted set pressure, unbalancing of forces causes the valve to open, allowing atmospheric air to enter the system. With raise in differential pressure results an increase in valve stroke and air flow.
The units are available with an optional lift indicator to signal in case of opening, for monitoring or contamination detection purposes.
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The ADCAPure SSI115 is a direct steam injector completely manufactured from 316L stainless steel. It is designed for rapid heating of still or flowing media, inside tanks and mixers and is particularly suitable for application in the food and beverage industry.
Steam enters through the inlet connection, passes along the center of the device and mixes with the cool medium, which is drawn in through radial holes.
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The SMAN-63 are reliable, general purpose Bourdon tube sanitary pressure gauges designed to measure the pressure of liquid and gaseous media. They are 63 mm in diameter, range marked in bar and are manufactured entirely in stainless steel.
Valsteam ADCA Eng has developed bespoke equipment to engineering specifications tailored to the needs of our customers.
It has developed special equipment such as mushroom type heads for air vents with sanitary filtration mesh, steam injectors in liquids and steam injectors for humidification in sanitary execution, etc... to meet the needs of an evolving sector increasingly committed to the quality and reliability of the equipment to be used.
