Titanium plate and frame heat exchanger

Titanium plate heat exchangers are widely used in the energy, chemical, electric power, light industrial, petroleum, and other industries. Among them, titanium plate heat exchangers stand out due to their numerous advantages: high strength, low specific gravity, smooth surface without scaling, and excellent heat transfer efficiency. For these reasons, they are commonly applied in aviation, marine engineering, petroleum, chemical, medical, and other demanding fields.

Baoji City Changsheng Titanium Co., Ltd. is a professional manufacturer of plate heat exchangers.

Our factory is equipped with 10 large press machines (including 40,000T, 15,000T, 10,000T, 6,000T, etc.).

We also operate more than 10 sets of punching and shearing equipment, CNC cutting machines, laser cutting systems, and other advanced equipment.

With continuous innovation and by absorbing foreign advanced technology, we provide customers with high-quality, reliable products. Currently, we can supply over 400 plate models, with single plate heat transfer areas ranging from 0.03 m² to 5 m².

Through traceability management and a comprehensive quality control system, we guarantee first-class production standards, backed by strong manufacturing capability.

Types of Plate Heat Exchangers

1. Gasketed Plate Heat Exchanger

Plate pack consists of multiple heat plates, arranged to meet required heat transfer surface.

Gaskets ensure that fluid channels are securely sealed and direct the flow.

The frame encloses the plate pack and is tightened with bolts.

Inlet and outlet connections are usually in the fixed frame; for multi-pass flow, both fixed and movable frames may be used.

2. Semi-Welded Plate Heat Exchanger

Each unit consists of two plates welded together by laser along the sealing groove.

One side is sealed by welding, while the other side uses gaskets-making it easy to clean.

Special gaskets at the corner ports on the welded side minimize the total number of sealing gaskets required.

Ideal for processes requiring both sealing reliability and maintainability.

3. Multistage Titanium / Stainless Steel Plate Heat Exchanger

Designed for food, pharmaceutical, and highly corrosive environments.

Offers high heat transfer efficiency, compact structure, and flexible modular design.

Multiple sections can be assembled (two-stage, three-stage, or more) to meet customer technical requirements.

Titanium surfaces resist oxidation and corrosion, ensuring long service life and reducing the need for multiple standalone heat exchangers.

Key Advantages of Titanium Plate Heat Exchangers

High heat transfer capacity

Lightweight yet strong structure

Corrosion and oxidation resistance

Compact design, saving installation space

Easy maintenance and expansion

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