Hollow Fiber Module Potting System - Pilot scale
Hollow Fiber Module Potting System, developed by MEMS, is a high-precision, automated solution for potting longer hollow fiber membrane modules.
Designed for laboratories, research centers, and production facilities, this system ensures consistent, high-quality module fabrication for various membrane applications. Its compact yet efficient design allows for both small-scale prototyping and pilot-scale production, offering flexibility, precision, and ease of use.
Basic Specifications:
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Module Dimension (OD): max. 3"4 inch (50 ~ 152mmD)
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Module Dimension (Length): max. 40" (1,000 mm L)
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Potting Resin Compatibility: Supports a variety of resin types (Epoxy, Polyurethane)
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Temperature Control: Adjustable from RT ~ 80°C
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Rotating Speed: 0 ~ 600 RPM
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System Dimensions: 1,500 mm L x 1,500 mm W x 1,500 mm H
System Overview
Key Benefits
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Extended Potting Capacity: Capable of potting modules up to 1 meter, ideal for scaling up production.
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Consistent Potting Quality: Ensures uniform resin distribution and air bubble elimination for high-quality modules.
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Automated Process Control: HMI interface for easy programming of potting parameters and curing times.
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Flexible Resin Compatibility: Supports epoxy and PU for customized module fabrication.
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Precision Temperature Control: Maintains optimal curing conditions for durable, high-performance modules.
Applications
The Hollow Fiber Module Potting System is suitable for producing hollow fiber membranes primarily for initial-stage research and development with longer modules in the fields, including:
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Water and Wastewater Treatment (microfiltration, ultrafiltration, nanofiltration, reverse osmosis, forward osmosis, pervaporation, membrane distillation, and electrodialysis, etc.)
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Biomedical and Pharmaceutical Research
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Gas Separation
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Chemical and Petrochemical Industry
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Environmental Monitoring
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Food and Beverage Industry
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Semiconductors and Electronics
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