ARD Plate Heat Exchanger (Jiangyin) Co.,ltd/FLFA (JIANGYIN) TECHNOLOGY CO.,LTD

ARD/FLFA Heat Exchanger (Jiangsu) Co., Ltd. is a manufacturer specializing in the research, development, and production of detachable plate heat exchangers (PHE).

• Detachable Plate Heat Exchangers (PHE)
• PHE Gaskets
• PHE Plates
• And provides comprehensive Plate Heat Exchanger Maintenance Services (PHE MAINTENANCE).

ARD/FLFA is also a leading supplier and service provider for PHE spare parts (plates and gaskets). We offer compatible replacements for nearly 2000 types of plates and gaskets covering all models from major global brands, including:
SPX / APV / GEA / SONDEX / ALFA LAVAL
API Schmidt / FUNKE / Thermowave / Vicarb
DONGHWA / ACCESSEN / MULLER / FISCHER / REHEAT
Customers in dozens of countries worldwide utilize ARD/FLFA's heat exchanger parts or rely on our maintenance services, which include regular cleaning, repair, and part replacement.

Wherever you are and whatever your specific requirements, ARD/FLFA can provide system solutions in the field of plate heat exchangers.

We consistently design and provide tailored heat transfer solutions for diverse industries. This experience gives us clear insight into your real-world needs.
Partnering with us means more than purchasing a heat exchanger – you gain a dedicated collaborator. Whether you require standard products or custom-engineered solutions to your exact specifications, we support you through every phase.

Our Process:
Analyze your specific application.
Design based on your actual requirements.
Deliver effective heat transfer solutions to optimize your processes and achieve desired outcomes.

• Access to dozens of heat transfer products and services.
• No design limitations – select the optimal solution for your needs without being constrained by product range restrictions.
• Comprehensive expertise across the heat transfer field.
• Simplify your sourcing – one-stop expertise eliminates the need to coordinate multiple suppliers.
• Simply contact us – we streamline your heat transfer challenges.