Pump Seal Solution for Chemical Sector
– Designed for withstanding strong corrosive media and high-temperature and high-pressure conditions.
High corrosion resistance, long service life, and low leakage, which can significantly enhance the safety and stability of chemical production.
En la industria de procesamiento químico, los cierres mecánicos desempeñan un papel crucial para garantizar el funcionamiento seguro y eficaz de bombas, mezcladoras y otros equipos giratorios. Estos sellos deben soportar productos químicos agresivos, altas temperaturas y presiones extremas para evitar fugas y contaminación. Sakowitz suministra cierres mecánicos de alto rendimiento diseñados para satisfacer las estrictas exigencias del sector del procesamiento químico, garantizando fiabilidad y una larga vida útil.
LATEST PRODUCT LAUNCH
Types of Mechanical Seals for Chemical Applications
- Cierres mecánicos simples y dobles
- Juntas de cartucho
- Juntas de fuelle metálicas
- Juntas de alta resistencia a la corrosión
- Juntas de funcionamiento en seco
- Sellos partidos
WHY USE IT
Advantages of Sakowitz Chemical Pump Seals
- Excellent corrosion resistance: Made of materials such as PTFE, SiC, TC, and Hastelloy, it can withstand high levels of acids, alkalis and solvents.
- High-temperature stability: The structure can withstand operating conditions ranging from 40°C to +300°C.
- Leak prevention & Environmental compliance: Compliant with VOC and hazardous chemical emission standards.
- Low maintenance, long lifespan: The maintenance cycle for chemical users can be extended by 30-50%.
- Suitable for various chemical media: Acids, alkalis, organic solvents, gases, slurries, corrosive vapors, etc.
Tailored Chemical Pump Seal Engineering
- Customizable sealing structure: Supports single-end, double-end, metal bellows, rubber bellows, dry-running seals, etc., and is suitable for different chemical equipment requirements.
- Material selection based on medium: Offers high corrosion-resistant materials such as silicon carbide, tungsten carbide, Hastelloy, PTFE, FFKM, etc., suitable for acids, bases, solvents, and mixed media.
- Flexible configuration of cooling/rinsing schemes: Can choose schemes such as API Plan 11, 32, 52, 53, etc., effectively reducing temperature rise, particle wear and deposition risks.
- Solve complex working conditions: Can address typical challenges in the chemical industry such as corrosion, deposition, high pressure, vacuum, and high solid content.
- Professional engineering selection support: Can optimize the sealing scheme based on the MSDS of the medium, pump type parameters and process data, improving system stability and lifespan.
Featured Chemical-Grade Seal Models
The following table lists the high-performance sealing models commonly used in the chemical industry. Each product is optimized for different corrosion grades, temperature conditions and medium characteristics, and is suitable for a variety of chemical process equipment.
| Model | Application / Description |
|---|---|
| XD105 | Suitable for strong acid and strong alkali pumps. Designed for highly corrosive and high-temperature conditions, significantly improving seal service life and reliability. |
| GLF-CR | General-purpose mechanical seal for chemical transfer pumps. Ideal for clean or moderately corrosive liquids and widely used across chemical plants. |
| SIC (G9 / G60) | Equipped with silicon carbide seal faces, suitable for highly corrosive and abrasive media such as slurries, solid-laden fluids, and strong oxidizers. |
Chemical Sector Applications Overview
Applicable to the transportation of various highly corrosive media and continuous reaction equipment. The pump seal needs to maintain long-term stable operation to avoid leakage that could cause process interruption.
In environments involving strong acids, strong alkalis, and oxidising agents, sealing materials must possess high corrosion resistance to ensure system safety and equipment longevity.
For sanitary-grade reactors and stirring systems. Seals must comply with requirements such as FDA and USP Class VI to ensure product purity.
Commonly employed in high-temperature, high-pressure, continuous-duty circulation pumps. Mechanical seals must withstand volatile media and meet stringent leakage control standards.
Suitable for organic solvents, additives and catalytic systems. Seals must possess strong solvent resistance and wear resistance, suitable for high-viscosity or complex materials.
Specifically designed for the conveyance of corrosive sewage and waste liquids containing solids. The seal requires enhanced wear resistance and anti-scaling capabilities to reduce maintenance frequency.
WHY CHOOSE US
Why Partner with Sakowitz
Over 30 years of sealing manufacturing experience
Cooperation with oil and gas customers in over 50 countries worldwide
CNC precision < 2 μm
OEM replacement (John Crane, EagleBurgmann, Flowserve)
Full compliance with API 682 series
Fast delivery and global technical support
FAQ – Common Questions About Chemical Pump Seals
Q1: How long does the mechanical seal of a chemical pump typically last?
It is usually capable of operating for 2 to 5 years. The lifespan will be affected by the corrosiveness of the medium, temperature, alignment of the shaft, and the frequency of maintenance.
Q2: Can your seals be used in highly corrosive media?
Yes. Sakowitz offers PTFE, FFKM, Hastelloy, SiC and other corrosion-resistant materials, which can be used in harsh environments such as those involving acids, alkalis, solvents and oxidants.
Q3: Can your products replace those of international brands?
Yes. Mechanical seals are compatible with models such as John Crane, Flowserve, EagleBurgmann, etc., enabling seamless replacement and performance enhancement.
Q4: Can seals be customized according to the chemical process conditions?
Sure. We can provide customized designs based on factors such as the medium’s MSDS, temperature, pressure, and particle content, ensuring that the sealing meets the process requirements.
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Por qué más de 1.000 clientes confían en nosotros
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Cada junta Sakowit está diseñada, mecanizada y probada para ofrecer la máxima fiabilidad y una larga vida útil, incluso en los entornos más exigentes.
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