Bomba de diafragma química pneumática da resistência de corrosão da bomba de diafragma de 3 polegadas

Bomba de diafragma pneumática de borracha resistência de corrosão de 3 polegadas

Areje a bomba de diafragma (igualmente saiba como uma bomba de membrana, a bomba de diafragma dobro pneumática (AOOD) ou a bomba de diafragma pneumática) essa usos uma combinação da ação das válvulas reciprocando da borracha, as termoplásticos ou o teflondiaphragm e as apropriadas um ou outro lado do diafragma (válvula de verificação, válvulas de borboleta, válvulas de aleta, ou algum outro formulário de válvulas cortadas) bombear um líquido.

Descrição pneumática da bomba de diafragma:

Especificações pneumáticas da bomba de diafragma

Bomba de diafragma do ar
1. não escapamento
2. bom desempenho da escorva do auto
3. transporte todos os tipos do meio
4. material: Aço de molde, Alu, SS, PP

Uns 80 x X - X X X - X (seleção modelo)

Forme da boca da tubulação: A-BSP B-NPT (F) C-flange  

Material do diafragma: 9 – Santoprene H – Hytrel T - PTFE/Santoprene  

Material da bola: 9 - Santoprene H – Hytre T – PTFE A - acetal  

Material de assento da bola: P/K – polipropileno/Kynoar SS – de aço inoxidável  

Material da bomba: SS – AL de aço inoxidável – aço carbono P/K do CI da liga de alumínio – polipropileno/Kynoar

Características

1. Nossa bomba pode ser usada diretamente como uma bomba submergível, usa o ar como a fonte de energia, e não tem o escapamento e outros riscos para a segurança. Esta bomba de diafragma tem mais barata a bomba do que submergível que é causada pela manutenção do motor.
2. As bombas fornecem a operação tenda-livre, livre de gelo.
3. o projeto da junção de parafuso fornece mesmo a pressão de selagem para o desempenho ótimo.
4. o diafragma, a bola e o assento da bola adotam materiais importados com vida útil mais longa.
5. Devido a seu motor pneumático, podiam ser usados em áreas potencialmente explosivas.
6. Pode bombear líquidos corrosivos, temporários, inflamáveis, venenosos com partículas e a viscosidade alta.

Limites aplicados máximos da temperatura (material do diafragma/bola/selo)  

Acetal ···············································40° - 150°F (4,4 - 65.5°C)  

Santoprene························································································- 40° - 225°F (- 40° - 107.2°C) Teflon··································································································40° - 220°F (4.4° - 104°C) nitrilo···································································································10° - 180°F (- 12° - 82°C) Viton································································································- 40° - 350°F (- 40°-176.6°C) Hytrel···································································································- 20°-150°F (- 12° - 93°C) Kynar································································································10°-200°F (- 28.9° - 65.5°C) polipropileno····························································································32° - 175°F (0-79.4°C)

3" diagrama de fluxo