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  • Efficiency Heat Exchange Immersion Pillow Plate Heat Exchanger Plate
  • Efficiency Heat Exchange Immersion Pillow Plate Heat Exchanger Plate
  • Efficiency Heat Exchange Immersion Pillow Plate Heat Exchanger Plate
  • Efficiency Heat Exchange Immersion Pillow Plate Heat Exchanger Plate
  • Efficiency Heat Exchange Immersion Pillow Plate Heat Exchanger Plate
  • Efficiency Heat Exchange Immersion Pillow Plate Heat Exchanger Plate
Efficiency Heat Exchange Immersion Pillow Plate Heat Exchanger Plate

Efficiency Heat Exchange Immersion Pillow Plate Heat Exchanger Plate

  • >= 20 Sheets
    $100

Customization:

Design(Min.Order: 20 pieces)
Size(Min.Order: 20 pieces)

Efficiency Heat Exchange Immersion Pillow Plate Heat Exchanger Plate

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Efficient Heat Transfer: Designed with a finned surface and dual-flow configuration to maximize heat exchange between fluids (steam, hot water, or water), ensuring high thermal efficiency in industrial and commercial applications.
  • Durability & Versatility: Constructed from corrosion-resistant stainless steel and steel, enabling robust performance in harsh environments while supporting immersion and plate heating configurations for diverse fluid processing needs.

Key features

  • 1. Corrosion-Resistant Material Technology

  • With corrosion-resistant stainless steel construction, ensure durability in harsh industrial environments. The metal body withstands extreme temperatures and chemical exposure, outperforming traditional carbon steel models*.

  • 2. High Heat Transfer Efficiency

  • With a finned design and dual-flow configuration, achieve 20-30% faster heat exchange compared to conventional plate heat exchangers*. The expanded surface area and optimized fluid pathways maximize energy efficiency in demanding applications.

  • 3. Versatile Scenario Solutions

  • Designed for industrial and commercial use, adapt to diverse applications like manufacturing cooling systems, building heating, or chemical processing. The compact footprint enables installation in space-constrained facilities.

  • 4. Customizable Performance Parameters

  • With adjustable size, capacity, and flow rates, tailor the heat exchanger to specific operational needs. Modify fin density or material composition to handle corrosive fluids or high-temperature environments.

  • 5. Industrial Safety Compliance

  • Constructed with materials meeting ISO 9001 and ASTM standards, ensuring reliability and safety for critical operations. Stainless steel components align with food-grade and pharmaceutical-grade requirements*.

Product details

Efficiency Heat Exchange Immersion Pillow Plate Heat Exchanger Plate

The Efficiency Heat Exchange Immersion Pillow Plate Heat Exchanger Plate combines corrosion-resistant stainless steel/steel construction with a finned design to deliver high heat transfer efficiency in compact industrial applications. Compatible with steam, hot water, and water power sources, it supports versatile integration into heating systems for manufacturing, chemical processing, and building HVAC.

Technical specifications

FeatureSpecificationBenefit
MaterialStainless Steel/SteelCorrosion resistance for harsh environments
DesignFinned surface + Dual-Flow Configuration30% higher heat transfer efficiency
Power CompatibilitySteam, Hot Water, WaterFlexible energy source adaptation
CompactnessSpace-saving pillow plate structureEasy installation in limited spaces
Warranty1 yearGuaranteed reliability for critical systems

Customization guide

Adjustable parameters include:

  • Size/Capacity: Tailor plate dimensions and fin density for specific flow rates.
  • Material Grade: Upgrade to premium alloys for extreme temperatures or corrosive fluids.
  • Flow Configuration: Optimize dual-flow channels for precise temperature control.

Get inspired

With its finned design and dual-flow efficiency, this heat exchanger enables faster thermal processes while minimizing energy waste. Whether cooling chemical reactors or heating building systems, its compact yet robust build ensures seamless integration into industrial workflows.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Heat Transfer EfficiencyStandard (85%)+15% (98%)+30% (110.5%)
Pressure Rating150 psi200 psi250 psi
Material GradeSteelStainless Steel 316Duplex Alloy 2205
Warranty1 year2 years3 years

Supplier's note

  1. Technical Breakthroughs:

    • Finned Design: Increases surface area by 40% vs. flat plates, boosting efficiency.
    • Dual-Flow Configuration: Reduces thermal resistance by 25% compared to single-pass systems.
    • Customizable Materials: Duplex Alloy 2205 in Pro models offers 3x corrosion resistance over standard steel.
  2. Version Selection Guide:

    • Base Model: Ideal for standard HVAC or low-pressure applications where cost-efficiency is prioritized.
    • Advanced Model: Suitable for chemical plants needing corrosion resistance (e.g., with Stainless Steel 316).
    • Pro Model: Designed for extreme environments (e.g., oil refineries) requiring high pressure and durability. With its Duplex Alloy, it handles temperatures up to 600°F while maintaining structural integrity. Pair its 110.5% efficiency with automated control systems to reduce energy costs by 20%.

With the Pro Model’s triple corrosion resistance and Duplex Alloy, you can safely handle aggressive chemicals while ensuring minimal downtime. For mid-scale manufacturing, the Advanced Model’s 98% efficiency paired with Stainless Steel 316 ensures long-term reliability.

Frequently asked questions

  • Which model of Efficiency Heat Exchange Immersion Pillow Plate Heat Exchanger is best for high-capacity industrial facilities?

  • How do I clean and maintain the finned surfaces of the Efficiency Heat Exchange Immersion Pillow Plate Heat Exchanger?

  • Stainless Steel vs Steel: Which material is better for corrosive environments in the Efficiency Heat Exchange Immersion Pillow Plate Heat Exchanger?

  • Can the Efficiency Heat Exchange Immersion Pillow Plate Heat Exchanger be customized for specific heat transfer requirements?

  • Is the Efficiency Heat Exchange Immersion Pillow Plate Heat Exchanger's material certified for industrial use?

  • What makes the Efficiency Heat Exchange Immersion Pillow Plate Heat Exchanger more efficient than traditional models?

  • In which industries is the Efficiency Heat Exchange Immersion Pillow Plate Heat Exchanger most commonly used?

  • What warranty and support does the Efficiency Heat Exchange Immersion Pillow Plate Heat Exchanger come with?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material & DurabilityHarsh environments (chemical plants)Industry Standard: Carbon Steel (ASTM A36)
Our Base: 304 Stainless Steel (ASTM A240) ▲
Our Advanced: 316L Stainless Steel (ASTM A240) ▲▲
Enhanced corrosion resistance in Advanced; Base offers moderate durability.Base/Advanced cost 15–30% more than Industry Standard.
Heat Transfer EfficiencyHigh-heat applications (chemical processing)Industry Standard: 500 kW/m² (ISO 9806)
Our Base: 600 kW/m² ▲ (+20% efficiency)
Our Advanced: 700 kW/m² ▲▲ (+40% efficiency)
Faster heat transfer in Advanced; reduces energy costs.Advanced requires higher maintenance frequency.
Compact DesignSpace-constrained facilities (factories)Industry Standard: 1.2m³ standard size
Our Base: 0.9m³ ▲ (25% smaller)
Our Advanced: 0.7m³ ▲▲ (41% smaller)
Fits into tight spaces; lowers installation costs.Advanced has slightly reduced heat capacity per unit volume.
Maintenance & CleaningHigh-maintenance industries (food plants)Industry Standard: Manual cleaning (4–6 hours downtime)
Our Base: Quick-disconnect design ▲ (2 hours downtime)
Our Advanced: Self-cleaning mode ▲▲ (30 mins downtime)
Minimal downtime in Advanced; reduces operational halts.Advanced requires specialized software for self-cleaning.
Customization OptionsTailored applications (pharmaceuticals)Industry Standard: Fixed configurations
Our Base: Adjustable fin spacing (10–15 fins/cm²) ▲
Our Advanced: Full customization (10–20 fins/cm² + material choice) ▲▲
Advanced meets niche requirements; Base offers moderate flexibility.Advanced customization increases lead time by 2–3 weeks.
Power Source FlexibilityMixed-energy facilities (utilities)Industry Standard: Hot water only (EN 12952)
Our Base: Hot water + steam ▲
Our Advanced: Hot water + steam + electricity ▲▲
Advanced works with multiple energy sources; reduces dependency on single power types.Advanced requires additional adapters for electricity integration.

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