Basic Info.
Model NO.
5R-10T-350
Certification
ISO9001
Application
Refrigeration and Heater Parts
Principle
Mixing Heat Exchanger
Style
Storage-Type
Tube Material
Copper, Aluminium, Steel, Stainless Steel
Design Service
Be Available
Maximum Working Pressure
3.0MPa
Refrigerant
R417A/R407c/R404A/R410A/R22/R134A
Tube Type
Smooth Tube, Thread Tube
Structure Material
Metal Material
Ceramic Heating Equipment Type
Ceramic Electric Heater
Mixing Heat Exchanger Type
Hybrid Condenser
Recuperative Heat Exchanger Type
Tube Type Heat Exchanger
Heat Transfer Surface
Plate Heat Exchanger
Transport Package
Standard Carton with Plywood
Specification
CE, ISO
Trademark
Shenglin
Origin
Shanghai, China(Mainland)
HS Code
8415909000
Production Capacity
10000 Unit/Units / Month
Packaging & Delivery
Package Size
100.00cm * 100.00cm * 100.00cm
Package Gross Weight
680.000kg
Product Description
Tube Fin Heat Exchangers
1. Heat exchangers.
2. Can be customerized
3. Work Pressure: 0.2~3.1MPa
4. Fin space: 1.2~3.5mm
5. Tube Diameter: 7, 7.94, 9.52, 12.7, 16mm
Fin Type:
1. Copper pipe type: Inner grooved pipe or bare pipe
2. Foil type: Hydrophilic fin, e-coating, bare fin
3. Fin type: Flat fin, sine wave with blade fin, smooth sine wave fin, window fin,
Some description about our chiller condenser:
Fin plate: Optical aluminum foil, hydrophilic aluminum foil, black hydrophilic
Aluminum foil and copper foil;
Heat exchange tube: Purple copper pipe with internal screws, purple copper-based optical tube and copper-nickel alloy tube;
Connector pipe: Purple copper pipe and seamless steel pipe;
Connection pipe: Purple copper pipe, brass pipe and seamless steel pipe;
Sheet metal: Aluminum plate, galvanized steel plate, stainless steel plate and
Embossed aluminum plate;
Special treatment: Spraying and coating, anodic oxidation and electrophor
Feature:
1) High performance
2) The subcooler integrated with the condenser further cools the liquid
Refrigerant, resulting in increased refrigerant enthalpy and improved
Evaporator cooling performance
3) Thinner tubes and fins improve the heat exchange rate
4) Smaller header tank and lower side plate height increase the effective
Heat exchange area of the core part that exchanges heat, without
Increasing the installation space
5) Small size, light weight and easy installation
6) The tube's zinc diffusion layer improves corrosion resistance, resulting in reduced
Tube plate thickness
Choose us:
1. Design term: We have professional design team.
2. Professional factory: We are manufacturer, specializing in manufacturing heat
Exchangers for over 15 years, competitive price with good quality.
3. Large productivity: 60 tons per month.
4. Sample: We can give out sample within 10 days, but the shipment charge usually
Paid by buyers' side
5. Rapid response to your needs: We will reply within 24 hours after receiving you letter.
If you have urgent thing, welcome to call us.
6. The Most Efficient Service, Best Quality and Excellent Reputation
Note: for further information please contact me.
Ms. Ruby Yang
1. Heat exchangers.
2. Can be customerized
3. Work Pressure: 0.2~3.1MPa
4. Fin space: 1.2~3.5mm
5. Tube Diameter: 7, 7.94, 9.52, 12.7, 16mm
Fin Type:
1. Copper pipe type: Inner grooved pipe or bare pipe
2. Foil type: Hydrophilic fin, e-coating, bare fin
3. Fin type: Flat fin, sine wave with blade fin, smooth sine wave fin, window fin,
Some description about our chiller condenser:
Fin plate: Optical aluminum foil, hydrophilic aluminum foil, black hydrophilic
Aluminum foil and copper foil;
Heat exchange tube: Purple copper pipe with internal screws, purple copper-based optical tube and copper-nickel alloy tube;
Connector pipe: Purple copper pipe and seamless steel pipe;
Connection pipe: Purple copper pipe, brass pipe and seamless steel pipe;
Sheet metal: Aluminum plate, galvanized steel plate, stainless steel plate and
Embossed aluminum plate;
Special treatment: Spraying and coating, anodic oxidation and electrophor
Feature:
1) High performance
2) The subcooler integrated with the condenser further cools the liquid
Refrigerant, resulting in increased refrigerant enthalpy and improved
Evaporator cooling performance
3) Thinner tubes and fins improve the heat exchange rate
4) Smaller header tank and lower side plate height increase the effective
Heat exchange area of the core part that exchanges heat, without
Increasing the installation space
5) Small size, light weight and easy installation
6) The tube's zinc diffusion layer improves corrosion resistance, resulting in reduced
Tube plate thickness
Choose us:
1. Design term: We have professional design team.
2. Professional factory: We are manufacturer, specializing in manufacturing heat
Exchangers for over 15 years, competitive price with good quality.
3. Large productivity: 60 tons per month.
4. Sample: We can give out sample within 10 days, but the shipment charge usually
Paid by buyers' side
5. Rapid response to your needs: We will reply within 24 hours after receiving you letter.
If you have urgent thing, welcome to call us.
6. The Most Efficient Service, Best Quality and Excellent Reputation
| Fin Pattern | Copper Tube O. D. (mm) | Row Space(mm) | Hole Space(mm) | Fin Thickness(mm) | Fin Space(mm) | ||||
| Flat fin | Sine wave with blade fin | Smooth sine wave fin | Window fin | Sesamoid fin | |||||
| A | 7 | 12.7 | 21 | 0.105 | / | / | 1.3 | 1.3 | / |
| B | 7 | 13.2 | 17.6 | 0.105 | / | / | 1.3 | 1.3 | / |
| C | 7 | 12.7 | 20.4 | 0.105 | / | / | 1.3~1.8 | 1.3~1.8 | / |
| D | 7.94 | 15.88 | 25.4 | 0.105 | 1.8~3.0 | 1.8~3.0 | 1.8~3.0 | 1.8~3.0 | / |
| E | 9.52 | 22 | 25.4 | 0.105~0.15 | 1.6~3.2 | 1.6~3.2 | 1.6~3.2 | 1.6~3.2 | / |
| F | 9.52 | 22 | 25.4 | 0.18~0.4 | 3.5~6.35 | / | / | / | / |
| G | 9.52 | 21.65 | 25 | 0.105~0.18 | 1.6~3.2 | 1.6~3.2 | 1.6~3.2 | 1.6~3.2 | / |
| H | 9.52 | 21.65 | 25 | 0.15~0.24 | 3.2~6.35 | 3.2~6.35 | 3.2~6.35 | / | / |
| I | 12.75 | 27.5 | 31.75 | 0.115~0.15 | 1.5~3.5 | 1.5~3.5 | 1.5~3.5 | 1.5~3.5 | 1.6~3.2 |
| J | 15.88 | 33 | 38.1 | 0.115~0.15 | 1.5~4.0 | 1.5~4.0 | 1.5~4.0 | / | / |
| K | 15.88 | 34.64 | 40 | 0.115~0.15 | / | 2.6~3.5 | 2.6~3.5 | / | / |
Note: for further information please contact me.
Ms. Ruby Yang