Bombas de polpa horizontais resistentes à corrosão da série CYB-ZKJ

The CYB-ZKJ Series Wear-resistant and Corrosion resistant horizontal slurry pumps are bombas centrífugas capable of adapting to various operating conditions. It is suitable for conveying acidic or alkaline clear liquids, slurries, corrosive mineral pulps, sewage, and similar fluids.

This industrial pump utilises imported FEP/PTFE material. The pump casing and flow-through components feature an optimised design for highly corrosive fluids. The seal can be configured with a K-type dynamic seal, ensuring stable operation and leak-free performance during the conveyance of corrosive fluids.

Gama de caudal :

3~2600m³/h

Gama de cabeças:

5~120m

Potência :

0,75~300Kw

Temperatura :

-20-120℃

Material:

FEP/PTFE

Visão geral do produto

The CYB-ZKJ Series Corrosion-Resistant and Wear-Resistant Horizontal Slurry Pump is a high-performance centrifugal pump manufactured by Changyu Pump Valve. Constructed with imported FEP/PTFE material and featuring a lining thickness of 8–20 mm, this pump employs patented plastic-lined technology to resist thermal deformation, cracking, and peeling. Specifically engineered for conveying corrosive acids, alkalis, wastewater, and slurries containing fine particles, it finds extensive application in chemical, environmental protection, metallurgical, mining, and energy industries. Changyu Pump Industry provides customized solutions tailored to operational requirements, covering flow rate, head, material selection, seal type, and explosion-proof motors, ensuring stable operation across diverse application scenarios.

Parts of the Horizontal Slurry Pumps

The main components of this horizontal slurry pump include the pump casing, shaft sleeve, seal chamber, bearing assembly, pump shaft, and impeller. The pump casing utilizes patented lining technology with an 8-20 mm thick lining made from imported FEP/PTFE material, ensuring heat resistance and durability. Multiple sealing solutions, including dynamic seals and mechanical seals, guarantee zero-leakage operation when conveying strong acids, strong alkalis, and corrosive slurries.

Salão de peças

Custom parts horizontal slurry pump
Custom parts horizontal slurry pump
Double-ended mechanical seal
Double-ended mechanical seal
  • Water-cooled double-ended mechanical seals available.
  • Capable of conveying media containing particulate matter.
  • Suitable for transporting corrosive high-temperature media
Impulsor
Material

The pump lining material can be selected from ultra-high molecular weight polyethylene (UHMW-PE), fluorinated ethylene propylene (FEP), or polytetrafluoroethylene (PFA).

Structure Analysis

Análise da estrutura da bomba de transferência química
Horizontal Slurry Pumps Structure Analysis

Detail Show

Esquema de componentes

Our products are all tailored to your specific operational needs. If you’re unsure which option to choose, contact our team immediately. Our professionals will provide you with the perfect solution.

Especificações

Apresentamos de seguida as especificações padrão dos nossos produtos. Também oferecemos fabrico personalizado para criar bombas de transferência de produtos químicos à medida das suas necessidades.

Contacte-nos hoje para personalizar a sua solução de bomba química industrial.

Significado dos nossos números de modelo

Modelo Significado
ModeloFluxo
Cabeça
m
Velocidade
r/min
EficiênciaPotência quando a gravidade específica=1Diâmetro do impulsor
mm
32CYB5~1010~30290017~28%1,1~3KW100~165
40CYB10~1510~30290025~35%2,2~4KW140~165
50CYB10~2015~40290020~35%4~7,5KW140~190
65CYB10~3010~601450~290020~35%1,5~15KW155~220
80CYB40~6010~801450~290022~50%5,5~30KW145~400
100CYB50~11010~801450~290020~50%15~55KW160~400
125CYB100~1406~801450~290020~48%11~75KW180~268
150CYB150~28020~80145040~52%22~90KW260~380
200CYB200~4506~50980~145025~58%22~90KW325~380
250CYB300~6506~60750~145028~65%11~160KW280~420

Performance curve

Performance curve of slurry pump
Performance curve of slurry pump (1)
Performance curve of slurry pump (2)

Abaixo estão os nossos modelos para a sua seleção


Vídeos Show

Watch the video to learn about horizontal slurry pumps and see examples of their applications.

Porquê escolher?

Advantages of Horizontal Slurry Pump

Condições de trabalho

Para obter o caudal, a potência ou outros parâmetros específicos de determinados modelos, contacte o fabricante para obter uma solução personalizada adaptada às suas condições de funcionamento.

ItemGama padrão/necessidadePersonalização especial / Notas
Temperatura-20℃ ~ 120℃
Concentração média≤80% Ácido sulfúrico, ≤50% Ácido nítrico, qualquer ácido clorídrico/álcaliCertos solventes orgânicos e agentes redutores
Tolerância de partículasPolpas com partículas moles (impulsor semi-aberto)A dureza das partículas requer uma validação personalizada
Caudal / CabeçaCaudal: 5~2600 m³/h, Altura: ≤80 mParâmetros maiores requerem uma conceção não normalizada
Requisitos operacionais1. Não utilizar a válvula de entrada para regular o caudal (para evitar a cavitação)
2. Sequência de encerramento: Fechar a válvula de saída → Cortar a energia → Fechar a água de arrefecimento → Fechar a válvula de entrada

Series Corrosive Horizontal Slurry Pump Selection Considerations

  • Detalhes médios: Fornecer conteúdo de partículas, dureza e composição química para corresponder ao tipo de vedação e à estrutura do impulsor (aberto/fechado).
  • Requisitos de proteção contra explosões: Motores opcionais YA à prova de explosão ou YB à prova de fogo disponíveis.
  • Requisitos de manutenção: Lavar cuidadosamente as passagens de fluxo durante paragens prolongadas. Drenar todo o líquido em ambientes de baixa temperatura para evitar danos por congelação.

Horizontal Slurry Pump Assembly Precautions

Horizontal Slurry Pump Assembly Precautions
NoproceduresCautions
Step 01Install the pump shaft on the bracket
Step 02Press the mechanical seal/dynamic seal onto the pump body and press the sleeve onto it to form an assembly.The static seal ring should not be bumped and should be carefully placed in a balanced manner. 
If it is damaged, it will cause the seal to leak. 
The dynamic seal ring should not be adjusted too tight. 
Excessive friction will reduce the life of the seal.
Step 03Install the assembly on the bracket
Step 04Put on the impeller and tighten the nutImpeller balancing installation
Step 05Install the front pump cover and tighten the screwsInstall the screws diagonally in order
Step 06Adjusting the seal

Aplicação

This horizontal slurry pump is widely used in: acid, alkali, salt, oil, food and beverage, alcohol, organic solvent and other liquids,

especially suitable for conveying highly corrosive liquids containing fine particles.

Indústrias farmacêutica e de química fina

Indústria química

Transferência de ácido/álcali: ácido sulfúrico, ácido clorídrico, ácido nítrico, água régia, soda cáustica.
Solventes orgânicos corrosivos: benzeno, álcoois, ésteres e líquidos de polpa.

energia e indústria química

Ambiente e energia

Dessulfurização e desnitrificação de gases de combustão: lama húmida de FGD, águas residuais com enxofre.
Tratamento de águas residuais industriais: galvanoplastia, couro, farmacêutica e outras águas residuais de elevada corrosão.

Indústria mineira

Metalurgia e minas

Fundição a húmido: Chumbo, zinco, lamas de cobre e electrólitos.
Indústria do carvão: líquidos corrosivos e lama de carvão em processos químicos de carvão.

águas residuais

Outros sectores

Adequado para a transferência de lamas higiénicas ou químicas nas indústrias alimentar, farmacêutica, de papel e de tinturaria.

China Horizontal Slurry Pump Manufacturer & Factory

Changyu is a professional manufacturer and factory specialising in high-quality corrosion resistant horizontal slurry pumps, equipped with advanced production facilities and a dedicated technical team. Our company holds ISO 9001 international quality management system certification, with products compliant with CE, ATEX, EAC, and API standards, and has secured 25 invention patents.

We have enough inventory for quick delivery and offer customised design services, including parameters such as head, flow rate, material composition, motor specifications, sealing methods, and installation configurations to meet different operating conditions. Contact our team for customised solutions and highly competitive quotes.

FAQs

Q1: What is a slurry pump used for?

A1: A slurry pump is used for transferring and handling mixtures of liquid and solid materials, known as slurries. It is commonly used in industries such as mining, construction, and wastewater treatment to move abrasive, viscous materials like:

Sand and Gravel: In construction and aggregate processing.

Mineral Slurries: For transporting ores and concentrates in mining.

Wastewater: To handle sludge and other solid-liquid mixtures in treatment plants.

Chemical Processing: For transferring slurries of chemicals and additives.

Slurry pumps are designed to withstand the abrasive nature of these materials, ensuring efficient and reliable operation.

Q2:What is the difference between a slurry pump and a water pump?

A2: A slurry pump is designed to handle mixtures of liquid and solid materials, making it suitable for transferring abrasive and viscous slurries. In contrast, a water pump is used primarily for moving clear water or low-viscosity liquids. Slurry pumps have stronger construction and specialized impellers to withstand wear from solid particles, while water pumps focus on efficiency and flow rate for fluid transfer.

Q3: Can slurry pump pump water?

A3: Yes, a slurry pump can pump water, but it is primarily designed for transferring slurries that contain solid particles. While it can handle clean water, using a slurry pump for this purpose is generally not as efficient as using a dedicated water pump. If only water needs to be pumped, a water pump is usually the better choice for optimal performance.

Q4: What is the disadvantage of slurry pump?

A4: The main disadvantage of a slurry pump is that it can be more expensive to operate and maintain than standard pumps due to its heavy-duty construction and wear on components from abrasive materials. Additionally, slurry pumps may have lower efficiency when handling clear liquids compared to dedicated water pumps. They also require more frequent maintenance to ensure optimal performance and prevent damage from solid particles.

Q5: How long do slurry pumps last?

A5: Slurry pumps typically last between 5 to 15 years, depending on several factors such as the quality of the pump, the materials being pumped, the operating conditions, and the level of maintenance. Proper maintenance and regular inspections can help extend the lifespan of a slurry pump and improve its overall performance.

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