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Heat Exchangers
  • Titanium Water Coil Screwed Twisted Pipe Tube Titanium Coil for Seawater Heat Transfer Exchange
  • Titanium Water Coil Screwed Twisted Pipe Tube Titanium Coil for Seawater Heat Transfer Exchange
  • Titanium Water Coil Screwed Twisted Pipe Tube Titanium Coil for Seawater Heat Transfer Exchange
  • Titanium Water Coil Screwed Twisted Pipe Tube Titanium Coil for Seawater Heat Transfer Exchange
  • Titanium Water Coil Screwed Twisted Pipe Tube Titanium Coil for Seawater Heat Transfer Exchange
  • Titanium Water Coil Screwed Twisted Pipe Tube Titanium Coil for Seawater Heat Transfer Exchange
Titanium Water Coil Screwed Twisted Pipe Tube Titanium Coil for Seawater Heat Transfer Exchange

Titanium Water Coil Screwed Twisted Pipe Tube Titanium Coil for Seawater Heat Transfer Exchange

  • 1 - 19 Pieces
    $360
  • >= 20 Pieces
    $300
View product details

Titanium Water Coil Screwed Twisted Pipe Tube Titanium Coil for Seawater Heat Transfer Exchange

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Seawater Heat Transfer: Designed for efficient heat exchange in corrosive seawater environments, ensuring optimal thermal performance in marine and industrial applications.
  • Dual Functionality: Serves as both a heat exchanger and condenser, enabling versatile thermal management in systems requiring simultaneous heat transfer and condensation.

Key features

  • 1. Corrosion-Resistant Titanium & Stainless Steel Construction

    • With a corrosion-resistant titanium and stainless steel body, ensure long-term durability in harsh seawater environments*. This outperforms traditional copper or aluminum heat exchangers prone to degradation in marine applications.

  • 2. Modular Design for Customized Integration

    • With a modular design featuring adaptable connectors and customizable coil configurations, tailor the unit to fit diverse industrial or HVAC systems*. The compact cylindrical structure simplifies installation in confined spaces.

  • 3. High-Efficiency Spiral-Coil Heat Transfer

    • With a tightly coiled spiral tube enhanced by heat-conductive fins, achieve up to 20% faster heat transfer efficiency compared to flat-plate designs*. The optimized surface area maximizes thermal performance.

  • 4. Dual-Functionality for Versatile Applications

    • With dual heat exchanger/condenser capabilities, deploy seamlessly in marine HVAC systems, refrigeration units, or industrial processes requiring continuous operation*. The design balances compactness with robust performance.

  • 5. CE-Certified Safety & Compliance

    • With CE certification, meet EU safety and performance standards for commercial or industrial use*. This ensures reliability in regulated environments.

Product details

Titanium Water Coil Screwed Twisted Pipe Tube Titanium Coil for Seawater Heat Transfer Exchange

The Titanium Water Coil Screwed Twisted Pipe Tube is a high-performance heat exchanger designed for seawater heat transfer applications. Built with corrosion-resistant stainless steel and featuring a twisted spiral coil, it ensures efficient thermal exchange in harsh marine and industrial environments. Its compact cylindrical design and CE certification make it a reliable choice for HVAC systems, refrigeration units, and industrial cooling processes.

Technical specifications

FeatureSpecificationApplication Scenario
MaterialStainless Steel (with Titanium Coated Coils)Seawater corrosion resistance
StructureTubular with Twisted Spiral CoilEnhanced heat transfer efficiency
Voltage380VIndustrial power compatibility
CertificationCE CertifiedCompliance with EU safety standards
Warranty1 YearPeace of mind for long-term use

Customization guide

Adjustable parameters include material composition (e.g., titanium alloy for extreme corrosion resistance), coil diameter/length, and connector types (e.g., brass/copper for specialized fluid compatibility). Customize to meet requirements for pressure tolerance, fluid type, or installation space constraints.

Get inspired

With its dual functionality as a heat exchanger and condenser, this product enables seamless integration into marine cooling systems or industrial processes. The twisted spiral coil design maximizes surface area for 20% faster heat transfer than traditional straight tubes, while the corrosion-resistant materials ensure durability in seawater environments.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
MaterialStainless SteelStainless Steel + NiTitanium Coated
Corrosion Resistance1000+ Hours (Salt Spray)2000+ Hours3000+ Hours*
Pressure Rating10 BAR15 BAR20 BAR
EfficiencyStandard15% Enhanced30% Enhanced*

Supplier's note

  1. Technical Breakthroughs:

    • Titanium Coated Coils: Triple the corrosion resistance of standard stainless steel, enabling safe use in seawater.
    • Twisted Spiral Design: 20% faster heat transfer than straight tubes due to optimized fluid turbulence.
    • CE Certification: Meets EU safety standards for voltage stability and pressure endurance.

  2. Optimal Version Selection:

    • Pro Model: Ideal for marine applications (e.g., offshore platforms) where seawater corrosion and high pressure are critical. Its titanium coating and 20 BAR rating ensure longevity.
    • Advanced Model: Suitable for industrial plants requiring moderate corrosion resistance (e.g., chemical processing) and higher pressure tolerance.
    • Base Model: Best for standard HVAC systems or freshwater cooling where cost-efficiency is prioritized.

*Pro Model specifications exceed industry benchmarks by 30% in corrosion resistance and efficiency.

Frequently asked questions

  • Which titanium heat exchanger suits harsh marine environments with seawater applications?

  • How to clean a titanium water coil for seawater systems to prevent scaling?

  • Stainless steel vs titanium coil: Which is better for seawater heat transfer?

  • Can the titanium water coil be customized for industrial heat transfer needs?

  • Is the titanium water coil CE-certified for 380V industrial applications?

  • What makes the twisted pipe design efficient for seawater heat exchange?

  • Does the titanium water coil come with a warranty for corrosive seawater use?

  • Which heat exchanger suits marine HVAC systems with seawater cooling?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Titanium Coil Heat ExchangerSeawater desalination, marine systemsCoil Material: Stainless Steel 316 (Our Base) ▲ vs Titanium (ASTM F139) (Our Advanced) ▲▲
Certification: CE		▲▲ Corrosion Resistance: Titanium withstands seawater corrosion (ASTM B467)
Compact design for space-constrained setups		Higher cost for Titanium variant
Requires specialized installation expertise
Shell & Tube Heat ExchangerHigh-pressure industrial processesMaterial: Carbon Steel (ASTM A335)
Pressure Rating: 300 psi (Industry Standard) ▲ vs 450 psi (Our Advanced) ▲▲		▲▲ Pressure Tolerance: Handles extreme conditions (e.g., oil refineries)
Durable for corrosive fluids		Bulky design
Prone to fouling and maintenance-heavy
Plate Heat ExchangerFood processing, HVAC systemsPlate Material: Stainless Steel 316 (ASTM A240)
Efficiency: 95% heat transfer (Industry Standard) ▲ vs 98% (Our Advanced) ▲▲		▲▲ Compact & Efficient: Minimal footprint, rapid heat transfer
Easy to clean		Lower pressure capacity (≤40 psi)
Risk of gasket corrosion
Spiral Plate Heat ExchangerWastewater treatment, chemical plantsCoil Thickness: 0.8mm (Industry) ▲ vs 1.2mm (Our Advanced) ▲▲
Fouling Resistance: ASTM D2717 compliant		▲▲ Fouling Resistance: Enhanced durability in harsh fluids
Low maintenance		Complex design limits accessibility
Higher initial cost
Air-Cooled Heat ExchangerOutdoor industrial coolingFin Material: Aluminum (ASTM B209)
Airflow: 1,200 CFM (Industry) ▲ vs 1,500 CFM (Our Advanced) ▲▲		▲▲ Waterless Operation: Ideal for arid regions
Low operational costs		Efficiency drops in high humidity (>80%)
Noisier (55 dBA vs 48 dBA in water-based systems)
Double Pipe Heat ExchangerLow-flow chemical mixingMaterial: Copper-Nickel (ASTM B163)
Flow Rate: 50 L/min (Industry) ▲ vs 75 L/min (Our Advanced) ▲▲		▲▲ Cost-Effective: Simple design with minimal parts
Easy to inspect and clean		Limited scalability
Not suited for high-pressure or corrosive fluids

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