Plate Heat Exchanger Gasket Of Heat Exchanger Parts

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Plate Heat Exchanger Gasket Of Heat Exchanger Parts

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MOQ : 100 Units

Plate Heat Exchanger Gasket Of Heat Exchanger Parts Specification

Usage & Applications
Sealing between heat exchanger plates for various industrial sectors

Diameter
Varies by plate model

Shape
Gasket profile (Oval, rectangular, or customized)

Size
Standard sizes available, customized on request

Capacity
Depends on heat exchanger model

Surface Finish
Smooth or Textured as per design

Features
High chemical resistance, excellent sealing, easy installation, durable

Noise Level
Silent

Product Type
Plate Heat Exchanger Gasket

Material
Rubber (e.g. NBR, EPDM, FKM), Elastomer

Technology
Molding

Power Source
Mechanical

Pressure
Up to 2 MPa (Varies by application)

Surface Treatment
None/Plain, may be coated for specific applications

Dimension (L*W*H)
Customized as per heat exchanger size

Weight
Depends on size and type, typically light-weight

Color
Black, may vary based on material

Replacement Interval
Periodic, based on maintenance schedule

Life Expectancy
3-5 years under normal operating conditions

Resistant To
Acids, alkalis, high temperature, pressure

Packaging Type
Polybag/Carton/Box packaging as per customer request

Operating Temperature Range
-20°C to +180°C (Depending on gasket material)

Storage Recommendation
Store in cool, dry area away from sunlight

Manufacturing Process
Injection molding or compression molding

Customizability
OEM/ODM available

Compatible Plate Models
Most major heat exchanger brands (Alfa Laval, GEA, Tranter, Sondex, etc.)

Hardness
Shore A 60-85 (Varies with material)

Installation Method
Manual fitting between plates

About Plate Heat Exchanger Gasket Of Heat Exchanger Parts

Product Description

Plate heat exchanger gasket
It is attached to the heat transfer plate to give panyeol exchanger by dispensing the fluid from the internal heat exchanger and serves to prevent the seal leaks and leaks to the outside.
Heat, oil, abrasion resistance, excellent ozone resistance Durability, excellent repeated fatigue Excellent chemical resistance to chemicals at high temperatures Verified production through the long-term durability test The validation performance in the field through the use assemblability excellent long-term experience in making uniform product thickness
Used material : NBR, EPDM, VITON, etc
Manufacturing Process

Our Company

VISER Co., Ltd. is a company established on April, 2004 and well recognizing an importance and a value of a rubber product largely used in various industrial fields and is trying to be an enterprise that can achieve a long run success with our best products.

To achieve this, we built a quality assurance system by performing various research activities including material development in order to secure performance of an optimum function of a product through an in-house institute of technology with core specialists, inspection & test facilities.

In addition, new value is applied to our production using optimized facilities with large/middle/small sizes, and all processes are computerized based on 3 activities (choice goods, standard quantity and one's regular position) & 5 activities (Sorting, arrangement, cleaning, tidiness, and habituation)

Instruction of Technology Research

- Established company-affiliated R&D center on Feb.14, 2008

- Performed government national strategic program

Developed high precision horizontal catapulting technology of gasket for plate type heat exchanger

Developed PTFE Envelop Gasket by high functional one step molding

- Intellectual property rights

; Established company-affiliated R&D center on Feb.14, 2008

; Performed government national strategic program

Developed high precision horizontal catapulting technology of gasket for plate type heat exchanger

Developed PTFE Envelop Gasket by high functional one step molding

Robust Performance and Compatibility

Engineered for compatibility with most leading plate heat exchanger brands, our gaskets assure reliable sealing in a variety of industrial applications. Their high chemical resistance and broad temperature range make them suitable for demanding environments, ensuring efficient and lasting performance in your process systems.

Flexible Customization and Easy Installation

Offered in standard and custom profiles, these gaskets are designed for straightforward manual fitting and can be tailored to your specific plate model. With multiple packaging options available, each gasket is produced with precise dimensions, a superior surface finish, and can be supplied as requested for OEM or ODM requirements.

FAQ's of Plate Heat Exchanger Gasket Of Heat Exchanger Parts:

Q: How are Plate Heat Exchanger Gaskets installed?

A: Typically, the gaskets are fitted manually between the heat exchanger plates. Their profile and flexibility enable easy alignment and secure positioning, ensuring a tight seal during reassembly.

Q: What factors determine the replacement interval of these gaskets?

A: Gasket replacement should follow the facility's maintenance schedule, generally every 3 to 5 years under normal conditions. However, replacement may be needed sooner if exposed to harsh chemicals, high temperatures, or increased cycle frequency.

Q: Where can these gaskets be used?

A: These gaskets are suitable for sealing plate heat exchangers across various industrial sectors-such as energy, chemical processing, HVAC, food and beverage, and pharmaceuticals-where reliable thermal transfer and containment are crucial.

Q: What is the manufacturing process for these gaskets?

A: The gaskets are produced through advanced injection molding or compression molding techniques. Material selection (NBR, EPDM, FKM) and process precision ensure high durability, flexibility, and a consistent, smooth or textured finish.

Q: What are the key benefits of using this gasket?

A: Major advantages include high chemical and temperature resistance, excellent sealing performance, easy manual installation, and long operational life. Their adaptability for custom shapes and sizes further enhances usability across different exchangers.

Q: How should these gaskets be stored before use?

A: Store the gaskets in a cool, dry place away from direct sunlight to maintain their elasticity and performance characteristics. Proper storage prevents premature aging or deformation before installation.

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