Fluoropolymer Heat Exchangers
![Fluoropolymer Heat Exchangers Fluoropolymer Heat Exchangers](https://0.rc.xiniu.com/g5/M00/16/66/CgAGbGYKFgmAR38RAAG7ra76wB0502.jpg)
PH heat exchanger manufacturers who make or use extremely corrosive liquids require corrosion-resistant heat exchanger materials to achieve reliable processes. These are processes that require dilution, condensation, heating, cooling, and crystallization. Fluoropolymer tubing, piping and heat exchangers are essential for industrial companies involved
Making or using dilute sulfuric acid, nitric acid, hydrochloric acid, and hydrofluoric acid.
2. Acid recycling/regeneration
3.Metal finishing including galvanizing, plating, cleaning, and pickling Producing chlor-alkali or caustic soda.
Thousands of customers around the world enjoy lower operational costs by using our heat exchangers day-in and day-out with flawless performance. That’s because, as the original manufacturer of fluoropolymer heat exchangers, Niche uses higher-quality materials that avoid costly unplanned downtime and replacement costs. Users should be wary of low-cost suppliers who use inferior grades of FEP and PFA.
Precise Heater manufacturers' Heat Exchanger product range covers almost any size, need and configuration, ranging from a small immersion heat-exchanger used in a laboratory bath to a 14-inch shell-and-tube heat exchanger used in high-volume chemical production.
Precise Heater Fluoropolymer are suppliers of Heat Exchangers that do not foul or scale, so they promise low maintenance costs and exceptional service life. What’s more, fluoropolymer heat exchanger materials are inert to nearly all chemicals, further enhancing their ability to operate long-term in ultrahigh purity applications.
Teflon(Fluorpolymer) Heating and cooling coils |
Exchange area Sq.Ft | Connections Inch | Length In./mm | Width In./mm | Thickness In./mm | Model No. |
5.5 | 3/4 FNPT | 11.5(292) | 11.5(292) | 2(51) | XC-12-12 |
11 | 3/4 FNPT | 15.5(394) | 15.5(394) | 2(51) | XC-16-16 |
16.5 | 3/4 FNPT | 17.5(445) | 17.5(445) | 2.36(60) | XC-18-18 |
22 | 3/4 FNPT | 19.7(500) | 15.7(400) | 2.36(60) | XC-20-16 |
27.5 | 3/4 FNPT | 19.7(500) | 19.7(500) | 2.36(60) | XC-20-20 |
33 | 3/4 FNPT | 23.5(597) | 23.5(597) | 2.36(60) | XC-24-24 |
38.5 | 3/4 FNPT | 27.5(700) | 23.5(597) | 2.36(60) | XC-28-24 |
44 | 3/4 FNPT | 27.5(700) | 27.5(700) | 2.76(70) | XC-28-28 |
49.5 | 3/4 FNPT | 31.5(800) | 31.5(800) | 2.76(70) | XC-32-32 |
55 | 1 FNPT | 33.9(860) | 33.9(860) | 2.76(70) | XC-34-34 |
60.5 | 1 FNPT | 35.5(900) | 31.5(800) | 2.76(70) | XC-36-32 |
66 | 1 FNPT | 35.5(900) | 33.9(860) | 2.76(70) | XC-36-34 |
71.5 | 1 FNPT | 35.5(900) | 35.5(900) | 2.76(70) | XC-36-36 |
77 | 1 FNPT | 39.5(1000) | 33.9(860) | 3.15(80) | XC-40-34 |
83.5 | 1 FNPT | 39.5(1000) | 35.5(900) | 3.15(80) | XC-40-36 |
89 | 1 FNPT | 39.5(1000) | 39.5(1000) | 3.15(80) | XC-40-40 |
94.5 | 1 FNPT | 39.5(1000) | 39.5(1000) | 3.15(80) | XC-41-41 |
99 | 1 FNPT | 43.3(1100) | 39.5(1000) | 3.15(80) | XC-43-40 |
104 | 1-1/2 FNPT | 43.3(1100) | 39.5(1000) | 3.54(90) | XC-44-40 |
110 | 1-1/2 FNPT | 45.3(1150) | 39.5(1000) | 3.54(90) | XC-45-40 |
115 | 1-1/2 FNPT | 47.2(1200) | 39.5(1000) | 3.54(90) | XC-47-40 |
120 | 1-1/2 FNPT | 47.2(1200) | 39.5(1000) | 3.54(90) | XC-48-41
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Why Fluoropolymers instead of metals for heat exchangers?
While metal heat exchangers (made of carbon and stainless steel, copper, aluminum), and now
low temperature plastic (polyethylene) are utilized in many commercial and household
products, air conditioners and space heating for example, where corrosion or contamination
may not be a serious concern, many industrial and specialty applications require the heating
and/or cooling of corrosive acids, alkalis, organics. Radiant floor heating is an exception, and
there is new interest in using fluoropolymers because of their long life – the low temperature
rated tubes turn brittle are not readily accessible for repair after installation.
Fluoropolymers are ideally suited for facilitating heat transfer in chemically aggressive
environments., common metal heat exchangers will not last very long when exposed to the
liquid or vapor. Figure 1 shows an example of a fluoropolymer heat exchanger.