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Double System Shell and Tube Heat Exchanger 304 Stainless Steel Evaporator Can Be Customized

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Efficient Heat Transfer: The Double System Shell and Tube Heat Exchanger utilizes a finned cylindrical design and 304 stainless steel construction to optimize heat exchange efficiency in both cooling and heating processes.
  • Customizable Configuration: Designed with modular connection points and adaptable tube structures, it supports tailored solutions for diverse industrial and commercial applications.

Key features

  • 1. Corrosion-Resistant 304 Stainless Steel Construction

  • With 304 stainless steel material, ensure durability and corrosion resistance in harsh industrial environments*.

  • 2. High-Pressure Performance & Enhanced Heat Transfer

  • With a maximum working pressure of 4.5MPa and finned tube design, achieve efficient heat exchange in demanding industrial processes*.

  • 3. Customizable Modular Design for Flexible Integration

  • With customizable connection points and modular structure, adapt to diverse fluid flow requirements and industrial systems*.

  • 4. Industrial-Grade Reliability for Continuous Operation

  • Designed for uninterrupted use in chemical processing, HVAC, and food production, ensuring stable performance in 24/7 operations*.

  • 5. Food-Grade Compliant Material for Safe Applications

  • Constructed with 304 stainless steel, meet safety standards for food and beverage processing environments*.

Product details

Double System Shell and Tube Heat Exchanger 304 Stainless Steel Evaporator  Can Be Customized

The Double System Shell and Tube Heat Exchanger 304 Stainless Steel Evaporator is engineered for high-performance industrial applications. Its cylindrical design with finned structure maximizes heat transfer efficiency, while 304 stainless steel ensures durability and corrosion resistance. Customizable parameters allow tailored solutions for diverse environments, backed by a 1-year warranty.

Technical specifications

FeatureSpecificationApplication Scenario
Material304 Stainless SteelHarsh industrial environments (e.g., chemical processing)
Maximum Working Pressure4.5MPaHigh-pressure systems (e.g., oil refining)
StructureTubular with finned surfaceEnhanced heat exchange in HVAC or food processing
Warranty1 yearPeace of mind for long-term operational use
Finned DesignOptimized surface areaEfficient cooling/heating in compact spaces

Customization guide

Adjustable parameters include tube length/diameter, fin density, and connection port configurations to meet specific pressure, flow rate, or integration requirements.

Get inspired

With its corrosion-resistant 304 stainless steel and finned design, this heat exchanger delivers 20% faster heat transfer than traditional models. Whether for chemical plants, HVAC systems, or food processing, its modular structure ensures seamless customization for your workflow.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Heat Transfer EfficiencyStandard (100%)+15%+30%*
Max Pressure Rating4.5MPA5.5MPA6.5MPA
Corrosion ResistanceIndustrial GradeMarine Grade (+20%)Triple Industry Standard (+30%)*

Supplier's note

  1. Technical Breakthroughs:

    • 304 Stainless Steel: Ensures corrosion resistance in aggressive chemicals, extending lifespan by 40% compared to carbon steel.
    • Finned Tubular Design: Achieves 30% higher surface area for faster heat exchange.
    • Modular Connections: Allows quick retrofitting to existing systems, reducing downtime.
  2. Version Selection Guidance:

    • Pro Model: Ideal for chemical plants or high-pressure applications (e.g., oil refining). Its triple-standard corrosion resistance and 6.5MPa rating ensure safety in extreme conditions.
    • Advanced Model: Best for HVAC or food processing where moderate pressure (5.5MPa) and enhanced durability are critical.
    • Base Model: Suitable for standard industrial use (e.g., water cooling) with reliable performance at an entry-level cost.

*Pro Model exceeds ISO 9001:2015 and ASME standards for pressure and corrosion resistance.

Frequently asked questions

  • Which Double System Shell and Tube Heat Exchanger model is best for high-pressure industrial processes?

  • How do I clean the fins of a 304 stainless steel heat exchanger to maintain efficiency?

  • What are the benefits of 304 stainless steel over carbon steel in heat exchangers for chemical plants?

  • Can the Double System Heat Exchanger be customized for specific pressure requirements up to 4.5MPa?

  • Does the 304 stainless steel material meet industrial safety certifications for heat exchangers?

  • How does the finned design of the shell and tube heat exchanger improve heat transfer efficiency?

  • What customization options are available for the connection points of this heat exchanger?

  • What is the warranty period for the Double System Shell and Tube Heat Exchanger and how does maintenance affect it?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material GradeCorrosive chemical processingIndustry: 304 Stainless Steel (ASTM A240)
Our Base: 304 ▲ (ISO 9001)
Our Advanced: 316 ▲▲ (ASTM A276)
Advanced resists aggressive acids/solvents (e.g., sulfuric acid)Advanced version 20% costlier due to premium alloy composition
Maximum Working PressureHigh-pressure oil refineriesIndustry: 4.0 MPa (ASME BPVC)
Our Base: 4.5 MPa ▲ (EN 13445-3)
Our Advanced: 5.0 MPa ▲▲ (customizable)
Advanced handles extreme pressure fluctuations (e.g., 500°C steam)Base may require thicker piping for ultra-high-pressure applications
Heat Transfer EfficiencyData center cooling systemsIndustry: 1200 W/m²K (ISO 9806)
Our Base: 1500 W/m²K ▲ (finned design)
Our Advanced: 1800 W/m²K ▲▲
Advanced reduces cooling time by 20% (tested via ISO 12973)Advanced requires frequent cleaning to maintain efficiency (every 6 months)
Structural DesignSpace-constrained factoriesIndustry: Straight tube (basic design)
Our Base: Single-fin tube ▲ (ISO 12973)
Our Advanced: Double-fin tube ▲▲
Advanced maximizes heat exchange in compact spaces (e.g., 50% smaller footprint)Base may not fit tightly packed industrial layouts
Customization FlexibilityBiopharmaceutical plantsIndustry: Limited options
Our Base: Adjustable ports ▲
Our Advanced: ASME BPE compliance ▲▲ (sterile design)
Advanced meets FDA/USP Class VI standards for medical-grade useCustom orders add 2–3 weeks to delivery timelines
Warranty PeriodLong-term industrial operationsIndustry: 1 year (standard coverage)
Our Base: 1 year
Our Advanced: 2 years ▲ (includes parts/labor)
Advanced offers extended protection against manufacturing defectsBase lacks coverage for operational wear beyond 1 year

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