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Plates and Gaskets for Plate Heat Exchangers

Produk

Pompa Sirkulasi Air

Pertanian Pompa Air

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Pompa sirkulasi Grundfos

Pompa limbah

Sistem pemadam kebakaran

sistem udara segar

Pompa sentrifugal

Pompa Penguat

Penggerak abb

Pusat Penggilingan Vertikal

Dalam pompa booster baris

Penukar panas pelat

Penukar panas

Pompa pengukuran

Hubungi Kami

Hubungi Sekarang

Plates and Gaskets for Plate Heat Exchangers

MOQ:	1
harga:	Bisa dinegosiasikan
kemasan standar:	kotak kayu
Periode pengiriman:	5-8 Hari Kerja
metode pembayaran:	L/C,D/A,D/P,T/T,Western Union
Kapasitas Pasokan:	100

Informasi Rinci

Deskripsi Produk

Informasi Rinci

Tempat asal

Nama merek

Botai

Nomor model

TS6-L

Waktu pengiriman:

10 hari kerja

asal:

Tian Jin, Tiongkok

Kapasitas produksi:

100000 lembar/tahun

Tekanan Desain:

2,2m/PA

Jenis Bahan:

SS304/SS316L

Menyoroti:

plate heat exchanger gaskets

heat exchanger replacement plates

industrial heat exchanger plates

Deskripsi Produk

Plates and Gaskets for Plate Heat Exchangers

TS6-L plates and gaskets are essential components of plate heat exchangers, working together to ensure stable operation through two core functions:

Medium Isolation

Physical separation of plates combined with precise gasket sealing prevents cross-flow between hot and cold media, eliminating equipment failures and process contamination.

Efficient Heat Exchange

Special structural design enhances heat transfer efficiency, enabling precise temperature regulation by cooling hot media and heating cold media.

Plate Specifications and Characteristics

Composition and Structure

Each TS6-L plate consists of metal plate and sealing gasket components with complementary functions:

Component	Structural Design	Core Functions and Advantages
Metal Plate	Thin metal sheets with corrugations, sealing grooves, and corner holes via mold stamping	Heat Transfer Enhancement: Corrugated structure expands contact area and improves heat transfer coefficient Structural Reinforcement: Increases rigidity and pressure-bearing capacity Self-Cleaning: Turbulent flow reduces sediment accumulation Flow Channel Distribution: Corner holes and sealing grooves create dedicated fluid paths
Sealing Gasket	Custom-sized polymer gasket installed in plate groove	Sealing and Leakage Prevention: Fills plate gaps to prevent fluid leakage Flow Channel Partitioning: Seals corner holes to eliminate cross-flow risk

Material Selection for Plates

TS6-L metal plates are available in various corrosion-resistant materials for different industrial applications:

Stainless Steel Series

304/304L: General-purpose corrosion resistance for neutral media like water and air
316/316L: Superior acid and alkali resistance for chemical and food processing
254SMO: High-corrosion resistance for salt solutions and acidic wastewater

Special Alloy Series

Titanium: Excellent corrosion resistance for seawater desalination and marine engineering
Nickel: High-temperature and alkali resistance for caustic soda solutions
Titanium-Palladium Alloy: Superior corrosion resistance for high-concentration strong acids
Hastelloy: Resistant to extreme corrosive media for demanding industrial applications

Plate Manufacturing Process

TS6-L plates utilize one-time mold stamping forming with significant advantages:

Ensures dimensional accuracy and structural consistency across all plates
Enables uniform metal point contact for improved sealing stability
Provides stable operation under high pressure and pressure shock conditions

Sealing Gasket Technical Parameters

Gasket Composition

TS6-L sealing gaskets are complex polymer composite systems with optimized components:

Component Type	Core Function	Performance Impact
Rubber Polymer	Base gasket material	Determines basic elasticity, temperature resistance, and corrosion resistance
Vulcanizing Agent	Crosslinks rubber molecules	Enhances strength, hardness, and anti-aging properties
Filler	Optimizes physical properties	Improves wear resistance and pressure resistance while reducing costs
Anti-Aging Agent	Slows aging rate	Extends service life and reduces oxidation degradation
Processing Aid	Improves manufacturing process	Optimizes mixing, extrusion, and molding processes
Diluent	Adjusts rubber compound viscosity	Facilitates precise gasket forming and plate groove matching

Rubber Material Performance Comparison

Rubber Type	Chemical Composition	Core Performance Advantages	Applicable Scenarios
Natural Rubber	Extracted from Hevea brasiliensis latex	Excellent elasticity, high mechanical strength, good wear resistance	Normal temperature, low pressure, neutral media (civil HVAC systems)
Isoprene Rubber	Polymerized from isoprene	Performance similar to natural rubber with stable supply	General conditions requiring stable supply and natural rubber performance
Styrene-Butadiene Rubber (SBR)	Copolymer of butadiene and styrene	Good aging resistance, better wear resistance, low cost	General industrial sealing for non-strongly corrosive media
cis-Polybutadiene Rubber (BR)	Polymerized from butadiene	Excellent cold resistance, wear resistance, elasticity, and aging resistance	Low-temperature environments and high dynamic load conditions

Recommended Application Scenarios

TS6-L plates and gaskets adapt to various industrial heat exchange requirements:

Chemical Industry

Temperature regulation of acid-alkali solutions and chemical raw materials. Recommended: 316L, titanium alloy, or Hastelloy plates with corrosion-resistant gaskets.

Food and Beverage Industry

Sterilization, cooling, and preheating processes. Recommended: 304 stainless steel plates with food-grade rubber gaskets.

Water Treatment Industry

Seawater desalination and industrial wastewater treatment. Recommended: Titanium or 254SMO plates resistant to seawater/sewage corrosion.

HVAC Industry

Building heating and central air conditioning systems. Recommended: 304 stainless steel plates with standard temperature-resistant gaskets.

Low-Temperature Industrial

Heat exchange of chilled water and low-temperature fluids. Recommended: cis-polybutadiene rubber gaskets for low-temperature elasticity.

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rincian produk

Produk

Pompa Sirkulasi Air

Pertanian Pompa Air

Pompa pasokan air

Pompa sirkulasi Grundfos

Pompa limbah

Sistem pemadam kebakaran

sistem udara segar

Pompa sentrifugal

Pompa Penguat

Penggerak abb

Pusat Penggilingan Vertikal

Dalam pompa booster baris

Penukar panas pelat

Penukar panas

Pompa pengukuran

Plates and Gaskets for Plate Heat Exchangers

MOQ:	1
harga:	Bisa dinegosiasikan
kemasan standar:	kotak kayu
Periode pengiriman:	5-8 Hari Kerja
metode pembayaran:	L/C,D/A,D/P,T/T,Western Union
Kapasitas Pasokan:	100

Informasi Rinci

Deskripsi Produk

Informasi Rinci

Tempat asal

Cina

Nama merek

Botai

Nomor model

TS6-L

Waktu pengiriman:

10 hari kerja

asal:

Tian Jin, Tiongkok

Kapasitas produksi:

100000 lembar/tahun

Tekanan Desain:

2,2m/PA

Jenis Bahan:

SS304/SS316L

Kuantitas min Order:

Harga:

Bisa dinegosiasikan

Kemasan rincian:

kotak kayu

Waktu pengiriman:

5-8 Hari Kerja

Syarat-syarat pembayaran:

L/C,D/A,D/P,T/T,Western Union

Menyediakan kemampuan:

100

Menyoroti

plate heat exchanger gaskets

heat exchanger replacement plates

industrial heat exchanger plates

Deskripsi Produk

Plates and Gaskets for Plate Heat Exchangers

TS6-L plates and gaskets are essential components of plate heat exchangers, working together to ensure stable operation through two core functions:

Medium Isolation

Physical separation of plates combined with precise gasket sealing prevents cross-flow between hot and cold media, eliminating equipment failures and process contamination.

Efficient Heat Exchange

Special structural design enhances heat transfer efficiency, enabling precise temperature regulation by cooling hot media and heating cold media.

Plate Specifications and Characteristics

Composition and Structure

Each TS6-L plate consists of metal plate and sealing gasket components with complementary functions:

Component	Structural Design	Core Functions and Advantages
Metal Plate	Thin metal sheets with corrugations, sealing grooves, and corner holes via mold stamping	Heat Transfer Enhancement: Corrugated structure expands contact area and improves heat transfer coefficient Structural Reinforcement: Increases rigidity and pressure-bearing capacity Self-Cleaning: Turbulent flow reduces sediment accumulation Flow Channel Distribution: Corner holes and sealing grooves create dedicated fluid paths
Sealing Gasket	Custom-sized polymer gasket installed in plate groove	Sealing and Leakage Prevention: Fills plate gaps to prevent fluid leakage Flow Channel Partitioning: Seals corner holes to eliminate cross-flow risk

Material Selection for Plates

TS6-L metal plates are available in various corrosion-resistant materials for different industrial applications:

Stainless Steel Series

304/304L: General-purpose corrosion resistance for neutral media like water and air
316/316L: Superior acid and alkali resistance for chemical and food processing
254SMO: High-corrosion resistance for salt solutions and acidic wastewater

Special Alloy Series

Titanium: Excellent corrosion resistance for seawater desalination and marine engineering
Nickel: High-temperature and alkali resistance for caustic soda solutions
Titanium-Palladium Alloy: Superior corrosion resistance for high-concentration strong acids
Hastelloy: Resistant to extreme corrosive media for demanding industrial applications

Plate Manufacturing Process

TS6-L plates utilize one-time mold stamping forming with significant advantages:

Ensures dimensional accuracy and structural consistency across all plates
Enables uniform metal point contact for improved sealing stability
Provides stable operation under high pressure and pressure shock conditions

Sealing Gasket Technical Parameters

Gasket Composition

TS6-L sealing gaskets are complex polymer composite systems with optimized components:

Component Type	Core Function	Performance Impact
Rubber Polymer	Base gasket material	Determines basic elasticity, temperature resistance, and corrosion resistance
Vulcanizing Agent	Crosslinks rubber molecules	Enhances strength, hardness, and anti-aging properties
Filler	Optimizes physical properties	Improves wear resistance and pressure resistance while reducing costs
Anti-Aging Agent	Slows aging rate	Extends service life and reduces oxidation degradation
Processing Aid	Improves manufacturing process	Optimizes mixing, extrusion, and molding processes
Diluent	Adjusts rubber compound viscosity	Facilitates precise gasket forming and plate groove matching

Rubber Material Performance Comparison

Rubber Type	Chemical Composition	Core Performance Advantages	Applicable Scenarios
Natural Rubber	Extracted from Hevea brasiliensis latex	Excellent elasticity, high mechanical strength, good wear resistance	Normal temperature, low pressure, neutral media (civil HVAC systems)
Isoprene Rubber	Polymerized from isoprene	Performance similar to natural rubber with stable supply	General conditions requiring stable supply and natural rubber performance
Styrene-Butadiene Rubber (SBR)	Copolymer of butadiene and styrene	Good aging resistance, better wear resistance, low cost	General industrial sealing for non-strongly corrosive media
cis-Polybutadiene Rubber (BR)	Polymerized from butadiene	Excellent cold resistance, wear resistance, elasticity, and aging resistance	Low-temperature environments and high dynamic load conditions

Recommended Application Scenarios

TS6-L plates and gaskets adapt to various industrial heat exchange requirements:

Chemical Industry

Temperature regulation of acid-alkali solutions and chemical raw materials. Recommended: 316L, titanium alloy, or Hastelloy plates with corrosion-resistant gaskets.

Food and Beverage Industry

Sterilization, cooling, and preheating processes. Recommended: 304 stainless steel plates with food-grade rubber gaskets.

Water Treatment Industry

Seawater desalination and industrial wastewater treatment. Recommended: Titanium or 254SMO plates resistant to seawater/sewage corrosion.

HVAC Industry

Building heating and central air conditioning systems. Recommended: 304 stainless steel plates with standard temperature-resistant gaskets.

Low-Temperature Industrial

Heat exchange of chilled water and low-temperature fluids. Recommended: cis-polybutadiene rubber gaskets for low-temperature elasticity.

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