Ningbo Dafa Chemical Fiber Co., Ltd.
Project Background
Chemical fiber and materials manufacturers typically involve multiple heating, forming, and equipment operation processes. Recirculating cooling water systems are required to continuously remove heat generated by production equipment and manufacturing processes, helping maintain stable equipment temperatures and production conditions.
Industrial recirculating cooling water operates continuously between main pipelines, branch lines, pump units, and heat exchange equipment. With long operating cycles and high flow rates, these systems place high requirements on pipe corrosion resistance, internal flow performance, and connection stability.
If corrosion and scaling develop inside the piping, water flow resistance may increase, localized blockages may occur, and heat exchange efficiency may decline, increasing the operating load on circulation pumps and cooling equipment.
Key Project Requirements and Challenges
Production Processes Require Continuous Temperature Control
Some production equipment and process stages require continuous heat exchange through recirculating cooling water, making reliable long-term operation of the cooling system essential.
High-Flow Circulation Requires Efficient Piping
Industrial cooling water pipelines operate continuously with high transmission volumes. Internal pipe resistance and pipe diameter configuration can directly affect the overall operating efficiency of the system.
Corrosion and Scaling in Conventional Piping Can Affect Heat Exchange
Internal deposits not only increase water flow resistance but may also enter heat exchange equipment, increasing equipment cleaning and maintenance requirements.
Production Shutdowns for Maintenance Can Be Costly
Industrial production typically requires high continuity. If a cooling system failure requires shutdown and maintenance, it may directly affect production schedules and equipment utilization.
Franta Solution
To meet the high-flow, long-term circulation, and continuous equipment operation requirements of process cooling systems in chemical fiber production, Franta can configure recirculating cooling water networks using stainless steel pipes, fittings, flanges, valves, and related accessories according to system design requirements.
Stainless Steel Improves Corrosion Resistance of Recirculating Cooling Networks
Stainless steel offers good corrosion resistance, helping reduce piping and equipment maintenance issues caused by corrosion in conventional metal pipelines during long-term cooling water circulation.
Low-Resistance Piping Supports Long-Term Circulation
Stainless steel pipes feature smooth internal surfaces, helping reduce water flow resistance and hydraulic losses during long-term operation and supporting more efficient recirculating system performance.
Integrated Configuration of Main Pipelines and Equipment Branches
Depending on project pipe diameters, flow requirements, and equipment locations, press-fit, grooved, or flanged connections can be configured to create a complete system linking cooling main pipelines, equipment branch lines, and heat exchanger connections.
Convenient for Future Equipment and Production Line Adjustments
Standardized products and modular piping configurations make it easier to add production equipment, expand branch lines, and carry out localized system upgrades.
Project Value
Continuous Heat Dissipation
A stable recirculating piping network supports continuous heat exchange and temperature control for production equipment and process systems.
Reduced Flow Resistance
Smooth stainless steel pipe surfaces help reduce resistance during cooling water circulation and improve overall system operating efficiency.
Corrosion Resistance and Durability
Stainless steel helps reduce long-term pipe corrosion and the generation of rust particles, making it well suited to continuous industrial recirculating water systems.
Protection for Heat Exchange Equipment
Reducing corrosion and particle generation within the piping helps lower contamination and maintenance requirements for heat exchangers, valves, and other equipment.
Convenient System Expansion
Additional branch lines and equipment connections can be added as production lines and equipment change, helping support the factory's long-term development requirements.
Application products
Application Products
Project service support
Project Implementation and Service Support
During project execution, Forte not only focuses on product delivery itself but also places great emphasis on engineering coordination and service responsiveness. In response to the demands of commercial real estate projects for both engineering efficiency and delivery quality, our service support can be structured around the following areas:
01
Initial proposal communication
Provide product selection and system integration recommendations tailored to the project’s application scenarios.
02
Mid-term supply coordination
Coordinate with the project timeline to advance document verification, product procurement, and on-site coordination.
04
Installation process supported
We provide installation coordination, construction support, and issue‑resolution assistance tailored to your specific needs.
04
After-sales service and support
Provide ongoing after-sales support to ensure the smooth operation and effective use of the project following delivery.