Plate accessories

Category:

Heat Exchange Equipment

The design of corrugated plates optimizes heat transfer by providing a large yet compact total surface area, through which heat can be transferred from one liquid or gas to another.

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jyadianer@163.com

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Product Introduction

Technical Introduction

The design of corrugated plates optimizes heat transfer by providing a large yet compact total surface area, through which heat can be transferred from one liquid or gas to another.
The heat-transfer surfaces of the plates are corrugated in a herringbone pattern. When two plates are stacked in opposite herringbone orientations, the helical flow and high turbulence result in a high heat-transfer coefficient and effective self-cleaning.
The partitioned flow distribution across the plate bundle ensures uniform fluid flow over the entire surface, thereby maximizing heat-transfer performance. Optimized flow distribution also minimizes fouling and non-uniform temperature profiles, helping to maintain high performance throughout operation while reducing unnecessary energy losses, maintenance costs, and unscheduled downtime.
Gaskets are a critical component of heat exchanger performance.
We adopt an integrated design approach for gaskets and plates to ensure optimized sealing. Each component is custom-designed to match the specific heat-exchanger operating conditions. The precise profile, width, thickness, and selection of polymer combinations make a significant difference in mitigating the risk of premature leakage or damage to either the gasket or the plate. Proper matching extends gasket service life, reduces downtime, and lowers maintenance costs.

Plate

Plate material	Applicable Fluid
Stainless steel (SU304, 316L, etc.)	Purified water, river water, edible oil, mineral oil
Titanium and Titanium-Palladium (Ti, Ti-Pd)	Seawater, brine, and salts
20Cr, 18Ni, 6Mo (254SMO)	Dilute sulfuric acid, dilute saline solutions, inorganic aqueous solutions
Nickel (Ni)	High temperature, high-concentration caustic soda
HASTELLOY Alloys (C276, D205, B2G)	Concentrated sulfuric acid, hydrochloric acid, phosphoric acid

Gasket

Gasket material	Applicable Temperature	Applicable Fluid
NBR	-15℃ to +120℃	Water, seawater, mineral oil, brine
HNBR	-15℃ to +140℃	High-temperature mineral oil, high-temperature water
EPDM	-25℃ to +150℃	Hot water, water vapor, acid, alkali
HEPDM	-25℃ to +165℃	Hot water, water vapor, acid, alkali
VITON/FPM	-25℃ to +165℃	Acid, alkali, fluid
NEOPREKE	-5℃ to +130℃	Acid and alkali

keywords: Plate accessories

Heat Exchange Unit

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Case Studies

Wuhu Ronghui Chemical’s 100,000-ton chlorine project: maintenance and electrode replacement for ion-exchange membrane electrolyzers

Kaifeng Dongda Chemical Co., Ltd., China Pingmei Shenma Group

Oriental Hope Baotou Sea Level Polymer Industry Co., Ltd. / Inner Mongolia Yidong Group Dongxing Chemical Co., Ltd.

Hangjin Technology Co., Ltd.

Wudi Xinyue Chemical Group Co., Ltd.

Shandong Sanyue Chemical Co., Ltd.

About Us

Jiangsu Adianer Technology Co., Ltd

Adianer Technology is located in the Ligang Industrial Park of the Lingang Economic Development Zone in Jiangyin City, Jiangsu Province. The company is a high-tech enterprise, a private science and technology enterprise in Jiangsu Province, and a member of the China Chlor-Alkali Industry Association. Its primary focus is providing customers with systematic upgrade services for electrolytic cell systems, as well as equipment and process solutions.

Key Services: We offer EPC services for the optimization and upgrade of chlor-alkali electrolysis systems, including optimization of the anode and cathode mesh coatings, upgrading and retrofitting of electrolyzer frames, on-site installation of electrolyzer units, and commissioning. In particular, energy-saving optimization of electrodes has proven highly effective in reducing production energy consumption and enhancing plant productivity, earning widespread acclaim from our customers.

As a leading supplier of electrolysis equipment, the company has established the Jiangyin Ion-Exchange Membrane Electrolyzer Engineering Technology Research Center, which is equipped with comprehensive testing facilities—including an electrode performance testing laboratory, an electrolyzer system simulation laboratory, and a new-product R&D center—as well as state-of-the-art precision measurement instruments. The company has developed end-to-end core process capabilities spanning electrode material characterization, electrode and coating design, full-scale electrolyzer tooling fabrication, and on-site technical services, thereby ensuring its strong competitive edge in the industry.