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Durable Plate Heat Exchanger for Central Heating Applications

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پمپ بازگردانی آب

پمپ گردش خون Grundfos

پمپ فاضلاب

سیستم اطفای حریق

سیستم هوای تازه

پمپ سانتریفیوژ

بوستر پمپ

درایوهای ABB

مرکز تراش عمودی

پمپ آب

پمپ تقویت کننده در خط

کشاورزی پمپ آب

مبدل حرارتی صفحه ای

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Durable Plate Heat Exchanger for Central Heating Applications

مقدار تولیدی:	1
قیمت:	قابل مذاکره
بسته بندی استاندارد:	جعبه چوبی
دوره تحویل:	5-8 روز کاری
روش پرداخت:	L/C، D/A، D/P، T/T، وسترن یونیون
ظرفیت عرضه:	100

اطلاعات دقیق

توضیحات محصول

اطلاعات دقیق

محل منبع

نام تجاری

Botai

شماره مدل

بوتای -1

زمان تحویل:

10 روز کاری

اریجیو:

تیان جین، چین

ظرفیت تولید:

100000 قطعه در سال

فشار طراحی:

2.2 متر / PA

نوع مواد:

SS304/SS316L

توضیحات محصول

TL10B-H Plates and Gaskets

TL10B-H plates and gaskets are key components of plate heat exchangers, with core functions including:

Medium Isolation: Through the cooperation of plates and sealing gaskets, the mixing and leakage of hot and cold media are prevented.
Efficient Heat Exchange: As the core heat transfer element, the plate cooperates with the corrugated structure to enhance heat transfer and realize temperature regulation between media.

Durable Plate Heat Exchanger for Central Heating Applications 0

1. Plate Composition and Structure

Each plate consists of two core components that work together to achieve heat transfer and sealing functions:

Component Name	Structural Features	Core Functions
Metal Plate	Thin metal plate pressed with corrugations, sealing grooves, and corner holes	1. Corrugated design: Enhances heat transfer efficiency, increases plate rigidity, and improves the pressure-bearing capacity of the heat exchanger; 2. Turbulence guidance: Promotes the medium to flow in a turbulent state, reduces sediment/dirt accumulation, and achieves a "self-cleaning" effect; 3. Corner holes and flow channels: Cooperates with sealing gaskets to divide medium flow channels, ensuring hot and cold media flow according to the designed path
Sealing Gasket	Installed in the gasket groove around the plate	1. Sealing and leakage prevention: Blocks gaps between plates to prevent fluid from leaking outward; 2. Flow channel partitioning: Seals some corner holes as designed to define independent flow channels for hot and cold media and avoid cross-flow

2. Material Selection for Plates

Based on the application scenarios (such as medium corrosiveness, temperature and pressure), the optional materials for the metal plates include:

Stainless Steel Series:
- 304/304L (general corrosion resistance, suitable for neutral media);
- 316/316L (stronger acid and alkali resistance, applicable to scenarios such as chemical industry and food industry);
- 254SMO (high-corrosion-resistance super austenitic stainless steel, used in strong corrosion environments);
Special Alloy Series:
- Titanium (resistant to strong corrosion, suitable for seawater and acidic solutions);
- Nickel (high temperature resistance + alkali resistance, used in high-temperature working conditions of the chemical industry);
- Titanium-Palladium Alloy (corrosion resistance superior to pure titanium, suitable for high-concentration acids);
- Hastelloy (resistant to various strongly corrosive media, used in extreme industrial environments).

Durable Plate Heat Exchanger for Central Heating Applications 1

L10B-H Plates and Gaskets (as Plate Heat Exchanger Accessories)

As accessories for plate heat exchangers, L10B-H plates and gaskets are widely used in industrial and civil fields that require heat exchange, including but not limited to:

Chemical Industry: Temperature regulation of acid-alkali solutions and chemical raw materials (compatible with corrosion-resistant materials such as 316L and titanium alloys);
Food and Beverage Industry: Sterilization and cooling of fruit juices and dairy products (304 stainless steel is selected, which meets hygiene standards);
HVAC (Heating, Ventilation and Air Conditioning): Heat exchange in building heating and central air conditioning systems (general stainless steel materials);
Water Treatment Industry: Seawater desalination and industrial wastewater treatment (compatible with materials resistant to seawater/sewage corrosion, such as titanium and 254SMO);
Energy Industry: Waste heat recovery and generator set cooling (materials with high pressure resistance and high temperature resistance).

محصولات پیشنهادی

جزئیات محصولات

محصولات

پمپ بازگردانی آب

پمپ گردش خون Grundfos

پمپ فاضلاب

سیستم اطفای حریق

سیستم هوای تازه

پمپ سانتریفیوژ

بوستر پمپ

درایوهای ABB

مرکز تراش عمودی

پمپ آب

پمپ تقویت کننده در خط

کشاورزی پمپ آب

مبدل حرارتی صفحه ای

Durable Plate Heat Exchanger for Central Heating Applications

مقدار تولیدی:	1
قیمت:	قابل مذاکره
بسته بندی استاندارد:	جعبه چوبی
دوره تحویل:	5-8 روز کاری
روش پرداخت:	L/C، D/A، D/P، T/T، وسترن یونیون
ظرفیت عرضه:	100

اطلاعات دقیق

توضیحات محصول

اطلاعات دقیق

محل منبع

چین

نام تجاری

Botai

شماره مدل

بوتای -1

زمان تحویل:

10 روز کاری

اریجیو:

تیان جین، چین

ظرفیت تولید:

100000 قطعه در سال

فشار طراحی:

2.2 متر / PA

نوع مواد:

SS304/SS316L

مقدار حداقل تعداد سفارش:

قیمت:

قابل مذاکره

جزئیات بسته بندی:

جعبه چوبی

زمان تحویل:

5-8 روز کاری

شرایط پرداخت:

L/C، D/A، D/P، T/T، وسترن یونیون

قابلیت ارائه:

100

توضیحات محصول

TL10B-H Plates and Gaskets

TL10B-H plates and gaskets are key components of plate heat exchangers, with core functions including:

Medium Isolation: Through the cooperation of plates and sealing gaskets, the mixing and leakage of hot and cold media are prevented.
Efficient Heat Exchange: As the core heat transfer element, the plate cooperates with the corrugated structure to enhance heat transfer and realize temperature regulation between media.

Durable Plate Heat Exchanger for Central Heating Applications 0

1. Plate Composition and Structure

Each plate consists of two core components that work together to achieve heat transfer and sealing functions:

Component Name	Structural Features	Core Functions
Metal Plate	Thin metal plate pressed with corrugations, sealing grooves, and corner holes	1. Corrugated design: Enhances heat transfer efficiency, increases plate rigidity, and improves the pressure-bearing capacity of the heat exchanger; 2. Turbulence guidance: Promotes the medium to flow in a turbulent state, reduces sediment/dirt accumulation, and achieves a "self-cleaning" effect; 3. Corner holes and flow channels: Cooperates with sealing gaskets to divide medium flow channels, ensuring hot and cold media flow according to the designed path
Sealing Gasket	Installed in the gasket groove around the plate	1. Sealing and leakage prevention: Blocks gaps between plates to prevent fluid from leaking outward; 2. Flow channel partitioning: Seals some corner holes as designed to define independent flow channels for hot and cold media and avoid cross-flow

2. Material Selection for Plates

Based on the application scenarios (such as medium corrosiveness, temperature and pressure), the optional materials for the metal plates include:

Stainless Steel Series:
- 304/304L (general corrosion resistance, suitable for neutral media);
- 316/316L (stronger acid and alkali resistance, applicable to scenarios such as chemical industry and food industry);
- 254SMO (high-corrosion-resistance super austenitic stainless steel, used in strong corrosion environments);
Special Alloy Series:
- Titanium (resistant to strong corrosion, suitable for seawater and acidic solutions);
- Nickel (high temperature resistance + alkali resistance, used in high-temperature working conditions of the chemical industry);
- Titanium-Palladium Alloy (corrosion resistance superior to pure titanium, suitable for high-concentration acids);
- Hastelloy (resistant to various strongly corrosive media, used in extreme industrial environments).

Durable Plate Heat Exchanger for Central Heating Applications 1

L10B-H Plates and Gaskets (as Plate Heat Exchanger Accessories)

As accessories for plate heat exchangers, L10B-H plates and gaskets are widely used in industrial and civil fields that require heat exchange, including but not limited to:

Chemical Industry: Temperature regulation of acid-alkali solutions and chemical raw materials (compatible with corrosion-resistant materials such as 316L and titanium alloys);
Food and Beverage Industry: Sterilization and cooling of fruit juices and dairy products (304 stainless steel is selected, which meets hygiene standards);
HVAC (Heating, Ventilation and Air Conditioning): Heat exchange in building heating and central air conditioning systems (general stainless steel materials);
Water Treatment Industry: Seawater desalination and industrial wastewater treatment (compatible with materials resistant to seawater/sewage corrosion, such as titanium and 254SMO);
Energy Industry: Waste heat recovery and generator set cooling (materials with high pressure resistance and high temperature resistance).