ASME Code Tube and Shell Heat Exchanger for Oil and Gas

• After-sales Service: 12 Months
• Warranty: 12 Months
• Certification: ISO, ASME, API
• Application: Heater, Cooler, Vaporizer, Condenser
• Style: Plate Type
• Material: Stainless Steel
• Model NO.: JN-TS01
• Plate Material: SS304,SS316L,2205,C-276,Tai
• Shell Material: Carbon Steel
• Working Pressure: 10.0 MPa
• Working Temperature: 400 C
• Manufacture Standard: ASME
• Lead Time: 2 Months
• Application Field: Petrochemical,Pharmacy,Metallurgy, Coking
• Flow Type: Counter Flow
• Connection: Flange
• Transport Package: Sea Worthy Package
• Specification: customized
• Trademark: Win-tech
• Origin: Zibo, China
• HS Code: 8419500090
• Production Capacity: 800 Sets/Year

Product Description

Shipped at the end of April 2020,the ultra-high pressure all-welded large plate-shell heat exchanger developed and produced,for domestic petrochemical industry, by Shandong Wintech Technology Co., Ltd. is the perfect transformation of foreign large plate-shell heat exchanger technology.

To meet the requirements raised by petrochemical industry that needs high control over temperature difference and high working pressure,Wintech adopts full welded plate and shell heat exchanger forms, which single equipment heat exchange area reaches 6000 m2. The internal configuration adopts pure counterflow corrugated plate structure.The entrance is equipped with patented technology-- fluid equalizer and expansion joint,which ensure not only safety operation but also heat transfer effect.This technology has many years of mature application experience abroad.



Wintech is committed to the heat exchange industry in foreign advanced technology achievement transformation.The all-welded large plate-shell heat exchanger developed and designed by the company has the following characteristics:

1. High heat exchange efficiency, small floor space, easy installation and maintenance;

2. The surface of the plate is smooth, and the internal turbulence design of the curve avoids the energy waste caused by the increase of fouling thermal resistance and the decrease of efficiency;

3. Smooth flow passage, low running resistance, and lower running cost.It will greatly reduce the customer's energy waste and operating costs, with good environmental protection and economic benefits