Sondex Plate Heat Exchanger Gasket

• Customization: Available
• Customized: Customized
• Certification: CE, ISO, RoHS
• Model NO.: S41/S41A/S38
• Sectional Shape: Square
• Performance: Pressure Resistant, Temperature Resistant, Corrosion Resistant
• Transport Package: Wooden Box
• Specification: S41/S41A/S38
• Trademark: DGXT
• Origin: China
• HS Code: 8501109190
• Production Capacity: 1000000

Product Description

Product Introduction

Sondex Plate heat exchanger Gasket S41/S41A/S38
Product Description
* We strictly enforce the requirements of ISO9000 and strictly control every aspect of production, so that each Gasket has can be traced back.
* Perfect product needs perfect material,strictly control the production and strict delivery inspection.
* FDA standards.
* Years of experience in OEM and aftermarket
 

The basic performance of gasket
Material	Max Use Temperature	Hardness	Application Media
NBR	110ºC	76±2	alkanes,alaenes and other non-polar media;  fuel oil and other mineral oil; animal and vegetable oils;  hot water,salt water,etc
H-NBR	140ºC	76±2
NBR-HT	130ºC	76±2
EPDM	150ºC	80±2	water,steam,atmospheric,ozone; non-petroeum-based lubricants; weak acid, weak base,ketones,alcohols,polar medium,etc
EPDM-HT	170ºC	80±2
VITON A	180ºC	80±2	hot oil, acid,alkali,organic solvent
VITON G	200ºC	80±2	strong acid and alkali,hot oil,saturated steam

Gasketed plate heat exchangers are efficient for moderate heat transfer applications. In addition to these types of heat exchangers, SONDEX also offers accessories and spare parts for its products, as well as maintenance and service solutions for customers
A plate heat exchanger is a compact type of heat exchanger that uses a series of thin plates to transfer heat between two fluids. There are four main types of PHE: gasketed, brazed, welded, and semi-welded

The plates are commonly made of  304/316 or titanium, but can also be made from other pressable and exotic materials. The type of material depends on the treated media and their temperatures. The plates form the plate pack, which is held firmly between the head and the follower of the frame. The corrugated pattern on the plates ensures a turbulent flow in the entire heat transmission area, and is designed to eliminate "dead zones
Heat Transmission Area The heat transmission area is the "main" part of the plate, and this is where the primary heat transfer takes place. Our many years of experience with thermal design and plate pressing techniques is our greatest strength, and our plate design is based on this knowledge. Through our expertise we have maximized the heat transmission area of each plate. This improves the thermal efficiency of the entire plate pack in   plate heat exchangers. The size of the heat transmission area depends, of course, on the size of the plate. We have the process knowledge that enables us to develop heat transmission areas that perfectly match the requirements of your duty, and deliver a plate size that is optimized for maximum efficiency in your installation.

High heat transfer efficiency
The Heat transfer coefficient K of plate heat exchanger is in the range of 3000-6000W/m2

act according to circumstances
The heat exchange plate is easy to disassemble, and suitable heat transfer effect and capacity can be obtained by adjusting the number of heat exchanger plates or changing the pass.

Low heat loss
Due to its compact structure and small size, the surface area of the heat exchanger is also very small, resulting in minimal heat loss. Usually, equipment does not require insulation.

Reliable use
Two seals have been designed on the sealing device between the plates, along with signal holes. Once a leak occurs, it can be discharged from the outside of the heat exchanger, preventing the mixing of the two medium and serving as a safety alarm.

It is conducive to the utilization of low temperature heat source
Due to the almost complete countercurrent flow of the two medium and their high heat transfer efficiency, using them to recycle low-temperature waste heat or utilize low-temperature heat sources is an ideal equipment.

Small footprint, easy to maintain
The structure of plate heat exchangers is extremely compact, occupying only 1/2-1/3 of the space of shell&tube heat exchangers under equal heat conditions.

Less Friction loss
On the premise of the same heat transfer, compared with the shell&tube heat exchanger, the plate heat exchanger has reduced the equipment investment, infrastructure investment, power consumption and other costs due to the reduction of heat exchange area, floor area, fluid resistance, cooling water consumption and other project values. Especially when expensive materials are needed, the equipment is more economical due to the efficiency and thin plates.