P.O. Box 103 - Codal, Vale de Cambra, Portugal
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<p>Applications:-</p> <p>Heating, cooling and heat recovery in liquid / liquid and steam / liquid.</p> <p>Construction:-</p> <p>The ARSOPI plate exchanger is formed by a set of heat transfer plates, structure, clamping rods and fluid inlet and outlet connections. <br /><br />The plates are manufactured by cold stamping, with a fluted configuration, designed to allow high thermal transfer. A gasket is placed on each plate, with the purpose of ensuring tightness to the exchanger. The plates are suspended on a support rod, and pressed between the fixed or support plate and the movable or compression plate. <br /><br />The fluids pass through the channels formed by the plates, giving a thermal transfer through them. The circulation of fluids is done alternately between the plates, usually against current.</p> <p>Technical Data:-</p> <ul> <li>Max. Working Pressure: 18 barG </li> <li>Max. Temp. Work: 180 ºC </li> <li>Coef. Transf. Heat: 4000 - 6000 kcal / m² h ºC </li> <li>Maximum flow: 790 m³ / h</li> </ul>
<p>Applications:-</p> <p>Heating, cooling and heat recovery in liquid / liquid and steam / liquid.</p> <p>Construction:-</p> <p>The ARSOPI plate exchanger is formed by a set of heat transfer plates, structure, clamping rods and fluid inlet and outlet connections. <br /><br />The plates are manufactured by cold stamping, with a fluted configuration, designed to allow high thermal transfer. A gasket is placed on each plate, with the purpose of ensuring tightness to the exchanger. <br /><br />The plates are suspended on a support rod, and pressed between the fixed or support plate and the movable or compression plate. <br /><br />The fluids pass through the channels formed by the plates, giving a thermal transfer through them. The circulation of fluids is done alternately between the plates, usually against current.</p> <p>Technical Data:-</p> <ul> <li>Max. Working Pressure: 27 barG </li> <li>Max. Temp. Work: 180 ºC </li> <li>Coef. Transf. Heat: 4000 - 6000 kcal / m² h ºC </li> <li>Maximum flow: 1286 m³ / h</li> </ul>
<p>Applications:-</p> <p>Heating, cooling and heat recovery in liquid / liquid and steam / liquid.</p> <p>Construction:-</p> <p>The ARSOPI plate exchanger is formed by a set of heat transfer plates, structure, clamping rods and fluid inlet and outlet connections. <br /><br />The plates are manufactured by cold stamping, with a fluted configuration, designed to allow high thermal transfer. <br />A gasket is placed on each plate, with the purpose of ensuring tightness to the exchanger. <br /><br />The plates are suspended on a support rod, and pressed between the fixed or support plate and the movable or compression plate. <br /><br />The fluids pass through the channels formed by the plates, giving a thermal transfer through them. The circulation of fluids is done alternately between the plates, usually against current.</p> <p>Technical Data:-</p> <ul> <li>Max. Working Pressure: 29 barG </li> <li>Max. Temp. Work: 180 ºC </li> <li>Coef. Transf. Heat: 4000 - 6000 kcal / m² h ºC </li> <li>Maximum flow: 2287 m³ / h</li> </ul>
<p>Applications:-</p> <p>Pasteurization, Heating, Cooling and Recovery in liquid / liquid and steam / liquid.</p> <p>Construction:-</p> <p>The ARSOPI plate exchanger is formed by a set of heat transfer plates, structure, clamping rods and fluid inlet and outlet connections. <br /><br />The plates are manufactured by cold stamping, with a fluted configuration, designed to allow high thermal transfer. A gasket is placed on each plate, with the purpose of ensuring tightness to the exchanger. The plates are suspended on a support rod, and pressed between the fixed or support plate and the movable or compression plate. The fluids pass through the channels formed by the plates, giving a thermal transfer through them. The circulation of fluids is done alternately between the plates, usually against current.</p> <p>Technical Data:-</p> <ul> <li>Max. Working Pressure: 16 barG </li> <li>Max. Temp. Work: 180 ºC </li> <li>Coef. Transf. Heat: 4000 - 7000 kcal / m² h ºC </li> <li>Maximum flow: 710 m³ / h</li> </ul>
<p>Applications:-</p> <p>AISI 316/304 stainless steel plate with NBR / EPDM / FKM gasket for heating, cooling and heat recovery in liquid / liquid and steam / liquid. Titanium plate with NBR / EPDM gasket, for salt water processes.</p> <p>Construction:-</p> <p>The ARSOPI plate exchanger is formed by a set of heat transfer plates, structure, clamping rods and fluid inlet and outlet connections. <br /><br />The plates are manufactured by cold stamping, with a fluted configuration, designed to allow high thermal transfer. A gasket is placed on each plate, with the purpose of ensuring tightness to the exchanger. The plates are suspended on a support rod, and pressed between the fixed or support plate and the movable or compression plate. <br /><br />The fluids pass through the channels formed by the plates, giving a thermal transfer through them. The circulation of fluids is done alternately between the plates, usually against current.</p> <p>Features:-</p> <ul> <li>High heat transfer coefficient </li> <li>Compact model </li> <li>Lower cost </li> <li>Immediate delivery </li> <li>Easy maintenance </li> <li>Glue-free joints</li> </ul> <p>Technical Data:-</p> <p> </p> <ul> <li>Max. Working Pressure: 10 barG </li> <li>Max. Temp. Work: 150 ºC </li> <li>Coef. Transf. Heat: 4000 - 7000 kcal / m² h ºC </li> <li>Maximum flow: 11 m³ / h</li> </ul>
<p>Applications:-</p> <p>Heating, cooling and heat recovery in liquid / liquid and steam / liquid.</p> <p>Construction:-</p> <p>The ARSOPI plate exchanger is formed by a set of heat transfer plates, structure, clamping rods and fluid inlet and outlet connections. <br />The plates are manufactured by cold stamping, with a fluted configuration, designed to allow high thermal transfer. A gasket is placed on each plate, with the purpose of ensuring tightness to the exchanger. The plates are suspended on a support rod, and pressed between the fixed or support plate and the movable or compression plate. <br /><br />The fluids pass through the channels formed by the plates, giving a thermal transfer through them. The circulation of fluids is done alternately between the plates, usually against current.</p> <p>Technical Data:-</p> <ul> <li>Max. Working Pressure: 25 barG </li> <li>Max. Temp. Work: 180 ºC </li> <li>Coef. Transf. Heat: 4000 - 7000 kcal / m² h ºC </li> <li>Maximum flow: 5000 m³ / h</li> </ul>
<p>Applications:-</p> <p>Heating, cooling and heat recovery in liquid / liquid and steam / liquid.</p> <p>Construction:-</p> <p>The ARSOPI plate exchanger is formed by a set of heat transfer plates, structure, clamping rods and fluid inlet and outlet connections. <br /><br />The plates are manufactured by cold stamping, with a fluted configuration, designed to allow high thermal transfer. A gasket is placed on each plate, with the purpose of ensuring tightness to the exchanger. The plates are suspended on a support rod, and pressed between the fixed or support plate and the movable or compression plate. <br /><br />The fluids pass through the channels formed by the plates, giving a thermal transfer through them. The circulation of fluids is done alternately between the plates, usually against current.</p> <p>Technical Data:-</p> <ul> <li>Max. Working Pressure: 18 barG </li> <li>Max. Temp. Work: 180 ºC </li> <li>Coef. Transf. Heat: 4000 - 6000 kcal / m² h ºC </li> <li>Maximum flow: 790 m³ / h</li> </ul>
<p>Applications:-</p> <p>Heating, cooling and heat recovery in liquid / liquid and steam / liquid.</p> <p>Construction:-</p> <p>The ARSOPI plate exchanger is formed by a set of heat transfer plates, structure, clamping rods and fluid inlet and outlet connections. <br /><br />The plates are manufactured by cold stamping, with a fluted configuration, designed to allow high thermal transfer. A gasket is placed on each plate, with the purpose of ensuring tightness to the exchanger. <br /><br />The plates are suspended on a support rod, and pressed between the fixed or support plate and the movable or compression plate. <br /><br />The fluids pass through the channels formed by the plates, giving a thermal transfer through them. The circulation of fluids is done alternately between the plates, usually against current.</p> <p>Technical Data:-</p> <ul> <li>Max. Working Pressure: 27 barG </li> <li>Max. Temp. Work: 180 ºC </li> <li>Coef. Transf. Heat: 4000 - 6000 kcal / m² h ºC </li> <li>Maximum flow: 1286 m³ / h</li> </ul>
<p>Applications:-</p> <p>Heating, cooling and heat recovery in liquid / liquid and steam / liquid.</p> <p>Construction:-</p> <p>The ARSOPI plate exchanger is formed by a set of heat transfer plates, structure, clamping rods and fluid inlet and outlet connections. <br /><br />The plates are manufactured by cold stamping, with a fluted configuration, designed to allow high thermal transfer. <br />A gasket is placed on each plate, with the purpose of ensuring tightness to the exchanger. <br /><br />The plates are suspended on a support rod, and pressed between the fixed or support plate and the movable or compression plate. <br /><br />The fluids pass through the channels formed by the plates, giving a thermal transfer through them. The circulation of fluids is done alternately between the plates, usually against current.</p> <p>Technical Data:-</p> <ul> <li>Max. Working Pressure: 29 barG </li> <li>Max. Temp. Work: 180 ºC </li> <li>Coef. Transf. Heat: 4000 - 6000 kcal / m² h ºC </li> <li>Maximum flow: 2287 m³ / h</li> </ul>
<p>Applications:-</p> <p>Pasteurization, Heating, Cooling and Recovery in liquid / liquid and steam / liquid.</p> <p>Construction:-</p> <p>The ARSOPI plate exchanger is formed by a set of heat transfer plates, structure, clamping rods and fluid inlet and outlet connections. <br /><br />The plates are manufactured by cold stamping, with a fluted configuration, designed to allow high thermal transfer. A gasket is placed on each plate, with the purpose of ensuring tightness to the exchanger. The plates are suspended on a support rod, and pressed between the fixed or support plate and the movable or compression plate. The fluids pass through the channels formed by the plates, giving a thermal transfer through them. The circulation of fluids is done alternately between the plates, usually against current.</p> <p>Technical Data:-</p> <ul> <li>Max. Working Pressure: 16 barG </li> <li>Max. Temp. Work: 180 ºC </li> <li>Coef. Transf. Heat: 4000 - 7000 kcal / m² h ºC </li> <li>Maximum flow: 710 m³ / h</li> </ul>
<p>Applications:-</p> <p>AISI 316/304 stainless steel plate with NBR / EPDM / FKM gasket for heating, cooling and heat recovery in liquid / liquid and steam / liquid. Titanium plate with NBR / EPDM gasket, for salt water processes.</p> <p>Construction:-</p> <p>The ARSOPI plate exchanger is formed by a set of heat transfer plates, structure, clamping rods and fluid inlet and outlet connections. <br /><br />The plates are manufactured by cold stamping, with a fluted configuration, designed to allow high thermal transfer. A gasket is placed on each plate, with the purpose of ensuring tightness to the exchanger. The plates are suspended on a support rod, and pressed between the fixed or support plate and the movable or compression plate. <br /><br />The fluids pass through the channels formed by the plates, giving a thermal transfer through them. The circulation of fluids is done alternately between the plates, usually against current.</p> <p>Features:-</p> <ul> <li>High heat transfer coefficient </li> <li>Compact model </li> <li>Lower cost </li> <li>Immediate delivery </li> <li>Easy maintenance </li> <li>Glue-free joints</li> </ul> <p>Technical Data:-</p> <p> </p> <ul> <li>Max. Working Pressure: 10 barG </li> <li>Max. Temp. Work: 150 ºC </li> <li>Coef. Transf. Heat: 4000 - 7000 kcal / m² h ºC </li> <li>Maximum flow: 11 m³ / h</li> </ul>
<p>Applications:-</p> <p>Heating, cooling and heat recovery in liquid / liquid and steam / liquid.</p> <p>Construction:-</p> <p>The ARSOPI plate exchanger is formed by a set of heat transfer plates, structure, clamping rods and fluid inlet and outlet connections. <br />The plates are manufactured by cold stamping, with a fluted configuration, designed to allow high thermal transfer. A gasket is placed on each plate, with the purpose of ensuring tightness to the exchanger. The plates are suspended on a support rod, and pressed between the fixed or support plate and the movable or compression plate. <br /><br />The fluids pass through the channels formed by the plates, giving a thermal transfer through them. The circulation of fluids is done alternately between the plates, usually against current.</p> <p>Technical Data:-</p> <ul> <li>Max. Working Pressure: 25 barG </li> <li>Max. Temp. Work: 180 ºC </li> <li>Coef. Transf. Heat: 4000 - 7000 kcal / m² h ºC </li> <li>Maximum flow: 5000 m³ / h</li> </ul>
<p>Applications:-</p> <p>Heating, cooling and heat recovery in liquid / liquid and steam / liquid.</p> <p>Construction:-</p> <p>The ARSOPI plate exchanger is formed by a set of heat transfer plates, structure, clamping rods and fluid inlet and outlet connections. <br /><br />The plates are manufactured by cold stamping, with a fluted configuration, designed to allow high thermal transfer. A gasket is placed on each plate, with the purpose of ensuring tightness to the exchanger. The plates are suspended on a support rod, and pressed between the fixed or support plate and the movable or compression plate. <br /><br />The fluids pass through the channels formed by the plates, giving a thermal transfer through them. The circulation of fluids is done alternately between the plates, usually against current.</p> <p>Technical Data:-</p> <ul> <li>Max. Working Pressure: 18 barG </li> <li>Max. Temp. Work: 180 ºC </li> <li>Coef. Transf. Heat: 4000 - 6000 kcal / m² h ºC </li> <li>Maximum flow: 790 m³ / h</li> </ul>
<p>Applications:-</p> <p>Heating, cooling and heat recovery in liquid / liquid and steam / liquid.</p> <p>Construction:-</p> <p>The ARSOPI plate exchanger is formed by a set of heat transfer plates, structure, clamping rods and fluid inlet and outlet connections. <br /><br />The plates are manufactured by cold stamping, with a fluted configuration, designed to allow high thermal transfer. A gasket is placed on each plate, with the purpose of ensuring tightness to the exchanger. <br /><br />The plates are suspended on a support rod, and pressed between the fixed or support plate and the movable or compression plate. <br /><br />The fluids pass through the channels formed by the plates, giving a thermal transfer through them. The circulation of fluids is done alternately between the plates, usually against current.</p> <p>Technical Data:-</p> <ul> <li>Max. Working Pressure: 27 barG </li> <li>Max. Temp. Work: 180 ºC </li> <li>Coef. Transf. Heat: 4000 - 6000 kcal / m² h ºC </li> <li>Maximum flow: 1286 m³ / h</li> </ul>
Applications:-
AISI 316/304 stainless steel plate with NBR / EPDM / FKM gasket for heating, cooling and heat recovery in liquid / liquid and steam / liquid. Titanium plate with NBR / EPDM gasket, for salt water processes.
Construction:-
The ARSOPI plate exchanger is formed by a set of heat transfer plates, structure, clamping rods and fluid inlet and outlet connections.
The plates are manufactured by cold stamping, with a fluted configuration, designed to allow high thermal transfer. A gasket is placed on each plate, with the purpose of ensuring tightness to the exchanger. The plates are suspended on a support rod, and pressed between the fixed or support plate and the movable or compression plate.
The fluids pass through the channels formed by the plates, giving a thermal transfer through them. The circulation of fluids is done alternately between the plates, usually against current.
Features:-
Technical Data:-
Applications:-
Heating, cooling and heat recovery in liquid / liquid and steam / liquid.
Construction:-
The ARSOPI plate exchanger is formed by a set of heat transfer plates, structure, clamping rods and fluid inlet and outlet connections.
The plates are manufactured by cold stamping, with a fluted configuration, designed to allow high thermal transfer. A gasket is placed on each plate, with the purpose of ensuring tightness to the exchanger. The plates are suspended on a support rod, and pressed between the fixed or support plate and the movable or compression plate.
The fluids pass through the channels formed by the plates, giving a thermal transfer through them. The circulation of fluids is done alternately between the plates, usually against current.
Technical Data:-
Applications:-
Heating, cooling and heat recovery in liquid / liquid and steam / liquid.
Construction:-
The ARSOPI plate exchanger is formed by a set of heat transfer plates, structure, clamping rods and fluid inlet and outlet connections.
The plates are manufactured by cold stamping, with a fluted configuration, designed to allow high thermal transfer. A gasket is placed on each plate, with the purpose of ensuring tightness to the exchanger. The plates are suspended on a support rod, and pressed between the fixed or support plate and the movable or compression plate.
The fluids pass through the channels formed by the plates, giving a thermal transfer through them. The circulation of fluids is done alternately between the plates, usually against current.
Technical Data:-
Applications:-
Heating, cooling and heat recovery in liquid / liquid and steam / liquid.
Construction:-
The ARSOPI plate exchanger is formed by a set of heat transfer plates, structure, clamping rods and fluid inlet and outlet connections.
The plates are manufactured by cold stamping, with a fluted configuration, designed to allow high thermal transfer. A gasket is placed on each plate, with the purpose of ensuring tightness to the exchanger.
The plates are suspended on a support rod, and pressed between the fixed or support plate and the movable or compression plate.
The fluids pass through the channels formed by the plates, giving a thermal transfer through them. The circulation of fluids is done alternately between the plates, usually against current.
Technical Data:-
Applications:-
Heating, cooling and heat recovery in liquid / liquid and steam / liquid.
Construction:-
The ARSOPI plate exchanger is formed by a set of heat transfer plates, structure, clamping rods and fluid inlet and outlet connections.
The plates are manufactured by cold stamping, with a fluted configuration, designed to allow high thermal transfer.
A gasket is placed on each plate, with the purpose of ensuring tightness to the exchanger.
The plates are suspended on a support rod, and pressed between the fixed or support plate and the movable or compression plate.
The fluids pass through the channels formed by the plates, giving a thermal transfer through them. The circulation of fluids is done alternately between the plates, usually against current.
Technical Data:-
Applications:-
Pasteurization, Heating, Cooling and Recovery in liquid / liquid and steam / liquid.
Construction:-
The ARSOPI plate exchanger is formed by a set of heat transfer plates, structure, clamping rods and fluid inlet and outlet connections.
The plates are manufactured by cold stamping, with a fluted configuration, designed to allow high thermal transfer. A gasket is placed on each plate, with the purpose of ensuring tightness to the exchanger. The plates are suspended on a support rod, and pressed between the fixed or support plate and the movable or compression plate. The fluids pass through the channels formed by the plates, giving a thermal transfer through them. The circulation of fluids is done alternately between the plates, usually against current.
Technical Data:-
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