product details

What is HT Bloc welded heat exchanger?

HT-Bloc Welded Plate Heat Exchanger is a type of plate heat exchanger designed for efficient thermal transfer between two fluids. Unlike traditional heat exchangers, HT-Bloc welded heat exchanger is made up of plate pack and frame. HT-Bloc Welded Plate Heat Exchanger combines the high heat transfer efficiency of plate heat exchangers and the high pressure and temperature resistance of shell and tube heat exchangers.
This unique combination makes the HT-Bloc the most versatile and adaptable foundation for SHPHE to engineer bespoke thermal solutions across diverse industrial sectors.
Modular Design for Precise Customization

By utilizing interchangeable components and standardized modules, SHPHE can precisely configure the internal plate pack and scale the capacity to match your exact flow rates and thermal duties. This modular engineering guarantees a 100% tailored solution for your specific industrial requirements without compromising on delivery time or reliability.

Industry Applications of HT-Bloc Welded Plate Heat Exchangers

As a transformative innovation in industrial thermal solutions, HT-Bloc Welded Plate Heat Exchanger redefine system optimization through their patented modular architecture and multi-process adaptability. This in-depth technical analysis examines the engineering principles behind their compact plate-and-shell configuration. Current industrial implementations span various industries due to their efficiency and versatility:

Oil and Gas
Oil and Gas industry is a cornerstone of modern industry, with a supply chain covering everything from the extraction and processing of oil and gas to the production and sale of various petrochemical products. These products are widely used in sectors such as energy, chemicals, transportation, construction, and pharmaceuticals, making the industry essential for economic development. Plate heat exchangers are widely applied in the oil and gas industry due to their high efficiency, compact size, corrosion resistance, and ease of maintenance, making them an ideal choice for this sector.

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Smart Eye
In industrial production, the stable operation of heat exchangers is directly related to production efficiency and energy security. As a globally leading heat exchanger manufacturer, Shanghai Plate Heat Exchanger has pioneered the "Smart Eye" digital monitoring system. This system, centered on artificial intelligence, edge computing, and digital twin technologies, provides global customers with full lifecycle intelligent operation and maintenance solutions, ensuring that every heat exchanger maintains enduring vitality.

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product advantage

Custom-Welded for Severe Duty

Gasket-free construction engineered specifically for high-pressure, high-temperature, or hazardous chemical environments, ensuring absolute leak-resistant performance for critical industry processes.

Engineered for High-Fouling Applications

The accessible heat transfer channels are custom-configured to mitigate fouling. Deposits and scale can be easily removed, ensuring long-term thermal efficiency in demanding industries like petrochem and sugar refining.

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Operational Flexibility

Designed with a four-sided bolted connection for complete core access. This gives your plant operators maximum convenience during custom maintenance schedules or regulatory inspections.

Space-Optimized Plant Integration

Designed to occupy minimal space without compromising on capacity, significantly footprint reduction compared to traditional shell and tube heat exchanger.

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Tailored Flow Dynamics for Peak Efficiency

We don't believe in one-size-fits-all thermal performance. By precisely tailoring the plate geometries and internal flow dynamics based on your specific process flow rates and thermal duties, SHPHE maximizes heat transfer coefficients while minimizing pressure drops, directly helping your plant achieve its energy-saving and carbon-reduction targets.

Heavy-Duty Reliability for Extreme Environments

Built to survive where standard heat exchangers fail. We combine our automated precision welding techniques with application-specific metallurgy—custom-selecting materials (from standard Stainless Steel to Titanium, Hastelloy, or Nickel alloys) that perfectly match the corrosive and high-stress realities of your plant, guaranteeing an extended lifespan and eliminating costly unplanned downtime.

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How We Engineer and Manufacture Your Custom HT-Bloc

Modular Design

Standardized Modules:
Our fully welded PHE utilizes a modular architecture with interchangeable components. This allows SHPHE engineers to flexibly configure and adjust the internal layout to perfectly match your specific thermal load and fluid characteristics.
Future-Proof Scalability
The inherent modular nature ensures your heat transfer solution grows with your business. If your plant capacity expands, we can easily scale the unit to accommodate higher flow rates without requiring a costly system redesign.

Material Selection

Stainless Steel (304L/316L/904L):
Selected and fabricated for standard industrial applications requiring robust corrosion resistance, excellent durability, and cost-effective thermal performance.
Titanium & Exotic Alloys:
Custom-selected for aggressive marine or high-chloride environments, ensuring zero corrosion risk, superior structural strength, and an extended service life.
Hastelloy & High-Nickel Alloys:
Specially deployed for your most extreme chemical processing challenges, effectively handling highly acidic media and ultra-high temperatures where standard metals fail.

Thermal Design

Customized Thermal Efficiency:
We simulate and optimize the plate corrugations and channel spacing using advanced thermal software to maximize the heat transfer coefficient based on your specific fluid properties.
Bespoke Flow Arrangements:
Configured in precise multi-pass cross-flow or counter-current flow regimes, specifically calculated by our engineers to handle unequal flow rates or close temperature approaches.
Hydraulic Optimization:
Every custom unit is engineered to strictly manage and minimize pressure drops, protecting your process pumps and significantly reducing your plant's operational energy costs.

Welding and Assembly Techniques

Advanced Robotic Welding:
Utilizing automated precision welding to guarantee 100% penetration and seamless module connections, ensuring absolute containment of hazardous, high-pressure, or toxic media.
Rigorous Quality Assembly:
Combines advanced manufacturing automation with international standards (such as ASME). This strict production control delivers consistent reliability and predictable, fast lead times for custom engineering projects.

more details

Parameter Item	Parameter
Area	6.6 ~ 870㎡
Plate Thickness	0.8 – 2mm
Design Temperature	-40 ~ 400℃
Design Pressure	-0.1 ~ 4.0Mpa
Plate material	304, 304L, 316L, 254SMO, C-276, Titanium

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‌HT-Bloc Welded Plate Heat Exchanger

product details

What is HT Bloc welded heat exchanger?

Modular Design for Precise Customization

Industry Applications of HT-Bloc Welded Plate Heat Exchangers

Video Demonstration

product advantage

Custom-Welded for Severe Duty

Engineered for High-Fouling Applications

Operational Flexibility

Space-Optimized Plant Integration

Tailored Flow Dynamics for Peak Efficiency

Heavy-Duty Reliability for Extreme Environments

‌Product Parameters

How We Engineer and Manufacture Your Custom HT-Bloc

Modular Design

Material Selection

Thermal Design

Welding and Assembly Techniques

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