MadeInChina.com > Industrial Equipment & Components > Heater & Heat Exchanger > Heat Exchanger

Tranp Brazed Plate Heat Exchanger with Heat Pump Application

Price	$9500.00 Compare
Min Order	1 Piece
Availability	In Stock
Shipping From	Guangdong, China
Popularity	497 people viewed
Quantity	+-

Tranp(Guangzhou) Energy Equipment Co., Ltd.

Audited Supplier 7 years

Profile Certified by SGS/BV

Guangdong, China
Abby (Ms.)

Visit Homepage Product Catalog

Product Detail
Contact Supplier

Certification:

CE, ISO

Application:

Heater, Cooler, Vaporizer, Condenser

Principle:

Mixing Heat Exchanger

Style:

Steel Type

Material:

Stainless Steel

Pressure Resistance:

Maximum: 4.5 MPa

Trademark:

TRANP

Transport Package:

Plywood Box

Specification:

ISO9001: 2008, SGS

Origin:

Guangzhou, China

HS Code:

8419500090

Product Description

Tranp Brazed Plate Heat Exchanger with Heat Pump Application

Stainless Steel BHPE is to be applied in various heat pump, including Air source heat pump, Water source heat pumps, Ground source heat pumps. Served as BHPE Condenser or BHPE Evaporator, our Brazed Heat Exchanger transfer heat through the heat pump system by changing temperature/pressure of the Refrigerant, or Air/Water.

Brazed plate heat exchanger, the upgrade of dismantled Plate Type Heat Exchanger, consists of a pair of end plates and several V-shape corrugated plates. The intersectant angle of each pair of adjacent plates forms a complex lattice of channels and plentiful contact points. By applying vacuum brazing, the brazing material melts down and forms alloy with substrates, which results in high structural strength and also high heat transfer efficiency of the exchanger.

Bphe Evaporator&Brazed Aluminum Heat Exchanger Is

Compact size and structure in order to improve installation efficiency;

Light weight and it only takes up 20~30% floor space compared with Shell and Tube Heat Exchanger if the same Heat Transfer Area;

(Brazed Plate Heat Exchanger with Customized Design)

Durable, and it can withstand high temperature and high pressure;

Low fouling factor, and high level of turbulence, and it will reduce the fouling factor and thereby reduce the frequency of cleaning;
High heat transfer efficiency, less water consumption.