Titanium Coil Heat Exchanger
Material:
1. Titanium inside and outside
2. Inner pure titanium threaded pipe
3. Outer pure titanium
4. Fluorine mouth copper pipe
5. Pure titanium wire mouth
Product Introduction
There are many types of titanium coil heat exchangers, among which the titanium spiral coaxial tube heat exchanger is the most commonly used. Titanium spiral coaxial casing heat exchanger: it is a concentric circular casing connected by two standard tubes of different sizes. The outer one is called the shell side (pure titanium light tube), and the inner one is called the tube side ( pure titanium spiral pipe). Two different media can flow in reverse (or in the same direction) on the shell side and the tube side to achieve the effect of a titanium heat exchanger coil.
Product Description
Model | Power | Rate of flow (m3/h) | Refrigerant inlet/outlet (mm) | Water inlet/outlet (mm) |
CS-Z1PKF | 1HP | 0.7m3/h | Ø12.7/Ø12.7 | Ø50 |
CS-Z1.5PKF | 1.5HP | 1m3/h | Ø12.7/Ø12.7 | Ø50 |
CS-Z2PKF | 2HP | 1.5m3/h | Ø12.7/Ø12.7 | Ø50 |
CS-Z3PKF | 3HP | 2.8m3/h | Ø12.7/Ø19 | Ø50 |
CS-Z5PKF | 5HP | 4.5m3/h | Ø12.7/Ø19 | Ø50 |
CS-Z8PKF | 8HP | 7m3/h | Ø12.7/Ø19 | Ø50 |
CS-Z10PKF | 10HP | 8.6m3/h | Ø19/Ø25 | Ø50 |
CS-Z15PKF | 15HP | 15m3/h | Ø19/Ø25 | Ø63/Ø75 |
Distance between water inlet/outlet H1 (mm) | Diameter of mold D (mm) | Size LXDXH (mm) | Packing size LXWXH (mm) | Weight (kg) |
235 | Ø200 | 285X220X455 | 295X230X485 | 3.5 |
285 | Ø200 | 285X220X505 | 295X230X535 | 3.7 |
385 | Ø200 | 285X220X605 | 295X230X635 | 3.9 |
485 | Ø200 | 285X220X715 | 295X230X760 | 5.2 |
685 | Ø250 | 340X270X915 | 350X280X960 | 6.5 |
755 | Ø250 | 340X270X995 | 350X280X1045 | 10.6 |
875 | Ø250 | 340X270X1145 | 350X280X1160 | 11.6 |
890 | Ø315 | 410X340X1190 | 420X350X1210 | 12.8 |
Advantages
A titanium spiral tube is an enhanced heat transfer tube with double-sided annular spiral corrugated grooves processed by special technology. Titanium spiral pipe has the characteristics of good corrosion resistance, high reliability, long life, and reasonable economy. The titanium spiral tube-in-tube heat exchanger improves the general requirements of the shell-and-tube heat exchanger in terms of temperature, pressure, flow, and heat load. The design method and processing technology are mature, and they can be used in certain corrosive medium conditions. The most prominent advantage of the titanium threaded tube-in-tube heat exchanger is that it can force the fluid to cross-flow through the tube bundle multiple times according to the specified path so that the degree of turbulence of the fluid can be continuously strengthened to achieve the purpose of enhancing heat transfer.
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