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Hisaka Replacement Heat Exchanger Plates, Gaskets & Parts
SRJ Heat Exchangers India Pvt. Ltd. manufactures and supplies Hisaka plate heat exchanger replacement plates and gaskets for industrial heating and cooling applications. Our Hisaka-compatible plates and gaskets are engineered to match original specifications, ensuring accurate fitment, stable heat transfer, and reliable sealing performance.
These replacement components are engineered to closely match original Hisaka specifications, allowing existing systems to maintain thermal efficiency, sealing reliability, and operational stability without requiring structural or design changes.
All Hisaka replacement plates and gaskets are produced under controlled manufacturing conditions using carefully selected raw materials. This approach ensures dimensional accuracy, consistent quality, and dependable long-term performance in demanding plate type heat exchanger applications.
Built for Real Operating Conditions
Hisaka replacement plates and gaskets supplied by SRJ are designed to operate reliably in continuous-duty environments where plate heat exchangers are exposed to variable temperatures, operating pressures, and different process media.
- Precise dimensional compatibility with Hisaka plate heat exchanger units
- Stable thermal performance under fluctuating temperature conditions
- Reliable sealing performance to minimize leakage and efficiency loss
- Suitable for long-term industrial, process, and HVAC plate heat exchanger use
Our focus is on supporting uninterrupted system operation while reducing maintenance frequency and the risk of unplanned downtime.
Technical Summary
SRJ supplies SRJAL replacement plates, gaskets & associated parts in a wide range of industrial-grade material options selected to suit different plate heat exchanger duties.
Plate Materials
High-quality stainless steel grades, titanium, nickel-based alloys, and other corrosion-resistant materials suitable for plate heat exchanger applications.
Plate Thickness Range
Typically available between 0.4 mm and 1.0 mm, depending on the specific SRJAL model and operating requirements.
Gasket Materials
Elastomer materials selected for temperature resistance, pressure tolerance, and chemical compatibility in gasketed plate heat exchanger systems.
Material selection is finalized after evaluating process media, operating temperature, and system pressure to ensure reliable service life and consistent performance.
SRJ supplies Hisaka replacement plates, gaskets & associated parts in a wide range of industrial-grade material options selected to meet diverse plate heat exchanger requirements.
Plate Materials
High-quality stainless steel grades, titanium, nickel-based alloys, and other corrosion-resistant materials suitable for plate heat exchanger duties.
Plate Thickness Range
Typically available between 0.4 mm and 1.0 mm, depending on the Hisaka model, operating pressure, and temperature conditions.
Gasket Materials
Elastomer materials selected for temperature resistance, pressure tolerance, and chemical compatibility in gasketed plate heat exchanger systems.
Material selection is finalized after evaluating process media, operating temperature, and system pressure to ensure reliable service life and consistent performance.

Model Support & Custom Manufacturing
SRJ supports a wide range of Hisaka plate heat exchanger models commonly used across industrial, process, and HVAC applications. In addition to standard replacement plates and gaskets, we also offer custom manufacturing based on samples or technical details for specific operating conditions, including older or discontinued Hisaka models.
This capability enables continued operation of existing plate heat exchanger systems while maintaining compatibility, safety, and performance standards.

Request a Quote / Technical Consultation
If you are evaluating replacement options for any plates or gaskets, our technical team can assist with material selection, compatibility verification, and application suitability. Submit your requirement for a detailed quotation.
Frequently Asked Questions
Identification is based on model information, operating conditions, or existing samples to ensure accurate selection and dependable system operation.
You can contact our team directly to discuss your application requirements and receive a customized quotation for the most suitable plate heat exchanger solution.








