Gasketed plate heat exchangers
GASKETED PLATE ITEX

19 models available
Liquid flow rates: up to 800 m³/h
Pressure: up to 25 bar

Thanks to their compact design, ease of maintenance, and ability to handle complex or corrosive fluids, they help improve overall system performance while reducing operating costs and carbon footprint.
Their modular construction also allows for easy extension of the heat transfer area, ensuring scalable solutions that can evolve with future needs.
Above all, ITEX heat exchangers play a vital role in optimizing performance, reducing energy consumption, and ensuring long-term operational excellence.

Gasketed plate heat exchanger consists of a number of corrugated heat transfer plates compressed by means of tightening bolts between a front fixed frame plate and a rear movable frame plate.

• Excellent heat transfer coefficient
• Very low pinch point temperatures possible
• High corrosion resistance
• Compact footprint
• Easy to install and to maintain
• Low-capacity circuits and fluid retention volume
• Possibility of heat transfer area extension
• Maximum differential pressure equal to maximum operating pressure

• Excellent transfer coefficient, reduced surface area
• Ultra-slim: takes up little space
• Easy to install
• Easy to maintain
• Very low pinch-point temperature possible
• High corrosion resistance
• Low-capacity circuits
• Plates can be added to meet changes in capacity demand
• Unit can be cleaned in-place using a circulation system (NEP or CIP)
• Max. differential pressure = max. operating pressure

TF insulation shell (DN 32, DN 50 and DN 65 models)

Thermoformed and semi-rigid prefabricated case easy to install and to adjust to the specific configuration of the heat exchanger and to eventual particular customer needs.

• Special “double-layered” structure
• Can be easily and quickly assembled
• Minimized energy losses and condensation
• Higher level of safety and comfort
• Easy to adapt on site to all products configurations and to adjust to customers needs
• Low installation costs
• Lightweight and resilient

PB insulation case (DN 80, DN 100, DN 150 and DN 200 models)

Self-supporting modular structure made with insulating panels. Two aluminum foils coupled to the polyurethane foam ensure high thermal insulation, good structural rigidity and appropriate surface finish.

• Easily and quickly assembled
• Minimized energy losses and condensation
• Higher level of safety and comfort
• Low installation costs
• Quick and easy access to the heat exchanger for inspection

FL insulation jacket (DN 32, DN 50 and DN 65 models)

Thermal insulation jacket designed to combine thermal insulation performance, compactness and versatility in heating and cooling applications of our plate heat exchangers up to size DN65 (2"1/2).

• Heat exchanger fully contained in the insulation jacket, minimizing energy losses and condensation
• Prepackaged insulation, with pre-cut holes and strap fastening allowing easy and quick installation
• Easy to adapt onsite to any product’s configuration
• Reduced transport and storage costs

Dip tray (all models)

Safeguard device specifically designed to collect water or other fluids in case of unexpected fluid leakage or when the heat exchanger is open for maintenance.

• Reduced risk of flooding in case of condensate, unexpected fluid leakage
• Possibility to adjust tilt to facilitate drainage
• Low installation costs

Double Wall Plates (sizes PWB 4+, PWB 8+, PWB 16)

Double-wall plates consist of two identical heat transfer plates embossed together and then joined by laser welding around the inlet and outlet portholes.

• Generate a thin air gap between the two plates that prevents fluids intermixing and brings to an external leakage visually detectable
• Provide the right solution for all those HVAC applications where a higher level of safety is recommendable and/or required

Plate Pack Protection (all models)

The Plate Pack Protection is a safeguard device specifically designed to protect personnel in case of unexpected leakage. It should be always used when temperatures are over 60°C also when handling uncritical media.

• Consists of two or more metal sheets sharped to cover the plate pack and to fit the plate heat exchangers
• Supplied as a kit
• Protection of the plate pack in case of aggressive or polluted environment