Brand Model Custom Stainless Steel, 306, 314, C276, Nickel Alloy, Titanium Heat Exchanger Plate

• Customization: Available
• Customized: Customized
• Certification: CE, ISO, RoHS
• Model NO.: customizable
• Sectional Shape: Customized
• Performance: Pressure Resistant, Temperature Resistant, Corrosion Resistant
• Material: Steel
• Key Selling Points: Long Service Life
• Maximum Working Pressure: Customized
• Condition: New
• Plate Material: 304 316L Titanium Hastelloy (C276) Nickel Alloy
• Transport Package: Wooden Case
• Specification: Customized
• Trademark: HengLiu
• Origin: Suzhou
• HS Code: 1601001010
• Production Capacity: 50000pieces/Years
• Package Size: 10.00cm * 10.00cm * 10.00cm
• Package Gross Weight: 100.000kg

Product Description

Product Description

As a source factory, we have the capability to upgrade the entire series of heat exchange plates for internationally renowned brands.
Our own factory enables us to control the entire industrial chain, using high-quality materials of the same quality, which are precision stamped to ensure that they are consistent with the original factory specifications and performance.
With large-scale production capabilities, we can reliably supply bulk orders and quickly respond to small-batch customization requests. Our delivery lead times are over 30% shorter than those of intermediaries, and our prices are more competitive.
Our products serve multiple industries including chemicals and food, and we provide services to over 50 countries and regions worldwide. All products undergo 100% testing and comply with ISO 9001 standards, ensuring reliability and durability.
Choose us to enjoy equivalent products, cost-effective sourcing, efficient service, and comprehensive process assurance.

Partition design · Less scaling

High efficiency and energy saving · High heat transfer coefficient

Heat exchanger plate

The sub-flow design of the plate allows for uniform fluid flow across the entire plate, thereby maximizing heat transfer capacity. The optimized flow distribution also reduces fouling and uneven temperature distribution, enabling the equipment to maintain high performance levels during operation while reducing unnecessary energy consumption, maintenance costs, and unplanned downtime.

Gaskets are a critical component determining the performance of heat exchangers. We adopt an integrated design approach for gaskets and plate sections to ensure optimal sealing performance. Each set of gaskets and plate sections is customized according to specific heat exchange conditions. The appropriate profile, width, and thickness, combined with the rational selection of different polymers, play a crucial role in preventing premature leakage and minimizing the risk of gasket or plate damage. This proper matching effectively extends the service life of the gaskets, reduces equipment downtime, and lowers maintenance costs.

Specification

Technical characteristics	Core Strengths	customer value	Benchmarking competitive advantages
Honeycomb pressure-bearing design	30%+ energy savings and 60% space savings	Installation flexibility ↑	Energy efficiency exceeds national standard level 1 by 28%
Precision stamping	Ultra-high heat transfer efficiency	Maintenance costs ↓50%	Maintenance costs ↓40%
Multi-channel adaptation design	High pressure stability	Leakage risk ↓90%	65% reduction in land use

Application Scenario

Maintenance manual

Heat exchanger plates are better

Heat exchanger plate assembly requirements

When the plate shows severe corrosion, cracks, or irreparable deformation, it must be replaced immediately. Before replacement, shut down the machine and disconnect the relevant connections. When removing the plate, record the order and position. When installing the new plate, ensure a good seal to prevent leakage. After replacement, conduct a comprehensive inspection and adjustment to ensure normal operation of the equipment.

When assembling the plate sections, first push the movable pressure plate to one end, clean the fixed pressure plate, the inner side of the movable pressure plate, and the pipe opening; then assemble the plate sections according to the procedure, with the first plate's side without a rubber pad facing the fixed pressure plate, and then hang all the plate sections in the order of A-B-A-B; Finally, push the movable pressure plate together, install the long bolts, and tighten them. During this process, ensure that the movable pressure plate moves parallel, and after the bolts are tightened, the length deviation of the plate overlap at adjacent bolt locations must comply with relevant standards.

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