Titanium Tube Sheet Heat Exchanger Titanium Exchanger Titanium Tube Exchanger
Product Overview
We are a qualified pressure vessel manufacturer. The Titanium Tube Sheet Heat Exchanger is an ultra-corrosion-resistant industrial tubular heat exchanger. It uses titanium alloy tubes and titanium-steel composite tube sheets, professionally manufactured for harsh working conditions such as seawater, brine and strong corrosive chemical media.
Product Description
The Titanium Tube Sheet Heat Exchanger is a high-end industrial heat exchange equipment for extreme corrosive environments. The tube bundle is made of industrial pure titanium or titanium alloy, while the tube sheet adopts titanium alloy or titanium-steel explosion-bonded composite plate. The integrated fixed welding structure ensures overall rigidity and structural stability under harsh chemical conditions.
A dense protective titanium oxide film is formed on the metal surface to isolate chloride ions and strong acid liquid erosion. Optimized segmental baffles enhance fluid turbulence and heat transfer efficiency. All welding joints are treated with special welding process without impurity mixing. Each equipment passes strict hydraulic test and air tightness inspection, solving rapid corrosion and short service life of stainless steel exchangers in saltwater and acid medium.
Basic Product Parameters
|
Structural Type |
Titanium alloy integrated fixed tube sheet structure |
|
Main Material |
TA1, TA2 industrial pure titanium, TA9 titanium alloy; titanium-steel composite plate (Customizable) |
|
Surface Treatment |
Pickling passivation, anti-oxidation protective treatment |
|
Applicable Medium |
Seawater, brine, chloride-containing liquid, strong acid corrosive medium |
Core Advantages
1.Excellent corrosion resistance, resisting high-concentration chloride ion erosion
2.Self-forming dense oxide film, stable chemical properties without deterioration
3.Titanium-steel composite tube sheet, balancing strength and anti-corrosion performance
4.Lightweight and high strength, reducing overall equipment load
5.Ultra-long service life, greatly lowering later replacement and maintenance cost
Packaging and Transportation
The titanium surface is cleaned and passivated with anti-oxidation protection. All nozzles are sealed with anti-collision plastic covers to prevent hard scratch. The equipment is wrapped with waterproof film and shockproof foam. Reinforced wooden box and steel frame composite packaging is adopted to avoid surface damage and metal contamination during transportation.
Applications
It is widely applied in marine engineering, seawater desalination, chlor-alkali chemical industry, non-ferrous metallurgy and salt chemical engineering projects. It can be matched with titanium alloy flanges and anti-corrosion gaskets. It is the preferred heat exchange solution for irreversible strong corrosion working conditions.
CTA
Looking for ultra anti-corrosion industrial heat exchangers? Contact us to customize Titanium Tube Sheet Heat Exchanger for brine and strong acid harsh working conditions.
FAQ
Q: What working conditions require titanium heat exchangers?
A: It is suitable for extreme corrosive media that ordinary steel cannot adapt to, such as seawater, brine, chloride solution and low-concentration strong acid. It is commonly used in marine, chlor-alkali and salt chemical industries.
Q: What is the difference between titanium alloy and stainless steel?
A: Stainless steel is prone to pitting corrosion in high chloride environment. Titanium alloy maintains extremely low corrosion rate, and its service life can reach more than 20 years, far exceeding stainless steel and duplex steel.
Q: Why adopt titanium-steel composite tube sheet?
A: The carbon steel base layer ensures high pressure resistance, while the titanium cladding isolates corrosive medium. This structure balances performance and cost, avoiding the high expense of full titanium thick plate.
Q: Does titanium material have heat transfer limitations?
A: Titanium has stable thermal conductivity. Although it is slightly lower than carbon steel, the smooth tube wall reduces scaling thermal resistance. Long-term continuous heat transfer efficiency is much better than other anti-corrosion alloys.
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