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| Quantity: | |
|---|---|
Ningbo, China
USD28 - USD 50
100 bottles
L/C, T/T
11.3KG Disposable Cylinder or Others
2.2
50% of R32 and 50% of R125
75-10-5 & 354-33-6
3163
Buy AC Refrigerant R410a Tank Package Properties
| 11.3KG R410A | Certification：CE | ||||
 | Cylinder | Height | Diameter | Thickness | |
| 420mm | 241mm | 1.5mm | |||
| Material | Capacity | Weight | |||
| DC04 | 13.3L | 3.5kg | |||
| Working Pressure | Testing Pressure | Filling Gas | |||
| 2.8Mpa | 3.45Mpa | R410A/R32 | |||
| Gas Purity | 99.91%-99.97% | ||||
| Gas N.W. | 11.3KG/25lb | ||||
| Packing | carton size 24.5*24.5*42.5cm | ||||
| Packing, Payment and Delivery | |||||
| Packing | 1 cylinder/carton, disposable cylinder, OEM design on carton | ||||
| Loading | 1150 cylinders/20ft container, mixing with other refrigerant gas is supported | ||||
| Payment | Normally By T/T 30% as deposit, and the 70% balance against copy of B/L | ||||
| Delivery | within 20 days after receipt of deposit and confirm of carton design | ||||
 | |||||
Comparative analysis of the characteristics of R410A and R32.
1. Thermophysical properties: R32 charging volume can be reduced, only 0.71 times that of R410A. The working pressure of R32 system is higher than R410A, but the maximum increase is not more than 2.6%, which is equivalent to the pressure requirement of R410A system, and R32 system exhausts Compared with R410A, the temperature rises up to 35.3℃.
2. Environmental protection characteristics: ODP value (ozone depletion potential value) is 0, but R32's GWP value (global warming potential value) is moderate, compared with R22, the CO2 emission reduction ratio can reach 77.6%, while R410A is only 2.5% , It is significantly better than R410A in terms of CO2 emission reduction.
3. Safety: Both R32 and R410A are non-toxic, while R32 is combustible. Among several alternatives to R22, R32 and R290, R32 has the highest lower combustion limit, LFL. Although R290 is the most environmentally friendly, it is highly flammable and has a safety level of A3. Therefore, it is required to only charge air conditioners within 2p, and large number air conditioners are restricted.
4. Cycle performance: In terms of theoretical cycle performance, the cooling capacity of the R32 system is 12.6% higher than that of R410A, the power consumption increases by 8.1%, and the overall energy saving is 4.3%. The experimental results also show that the refrigeration system using R32 has a slightly higher energy efficiency ratio than R410A .
R410A refrigerant composition: R32, R125
Mole percentage: R32 accounts for 70%, R125 accounts for 30%
Mass percentage: R32 accounts for 50%, R125 accounts for 50%
UN NO:3163
CAS NO: 354-33-6,75-10-5
Refrigerant Freon Workshop and Shipment Glance
R410A is a two-component non-azeotropic mixed refrigerant, which is a mixture of R32 / R125 (50% / 50%). R410A, like R407C, has zero ozone depletion potential and very low global warming potential. Its ozone layer destruction coefficient (ODP) is 0, and the released gas will not cause damage to the atmospheric ozone layer; global warming coefficient (GWP) It is 1730, which is basically the same as R22. The volumetric cooling capacity of R410A is large, and the heat transfer performance is better than R22. The heat transfer of the fin heat exchanger is 35% higher than that of the R22 system (the heat transfer coefficients of R134a and R407C are slightly smaller than R22); R410A is of the same quality At flow rate, the pressure drop of R410A is small, which facilitates the use of smaller diameter pipes and valves. The evaporator, condenser and other components can also be made smaller, which reduces the system cost and can reduce the refrigerant charge by 30% the amount. Efficient heat transfer and small pressure drop make R410A have a smaller compression ratio under the same operating conditions as R22, and the compressor has a better operating range with less power consumption and higher efficiency ratio. . If the system design is reasonable and appropriate, the efficiency ratio (COP) of the R410A system can be 6% higher than that of the R22 in a refrigeration system with the same cooling capacity and the same condensing temperature. The disadvantage of R410A is that the critical temperature is low, and it is not suitable for use in high-temperature environments, but it will not affect water-cooled condensation.
Buy AC Refrigerant R410a Tank Package Properties
| 11.3KG R410A | Certification：CE | ||||
| Cylinder | Height | Diameter | Thickness | |
| 420mm | 241mm | 1.5mm | |||
| Material | Capacity | Weight | |||
| DC04 | 13.3L | 3.5kg | |||
| Working Pressure | Testing Pressure | Filling Gas | |||
| 2.8Mpa | 3.45Mpa | R410A/R32 | |||
| Gas Purity | 99.91%-99.97% | ||||
| Gas N.W. | 11.3KG/25lb | ||||
| Packing | carton size 24.5*24.5*42.5cm | ||||
| Packing, Payment and Delivery | |||||
| Packing | 1 cylinder/carton, disposable cylinder, OEM design on carton | ||||
| Loading | 1150 cylinders/20ft container, mixing with other refrigerant gas is supported | ||||
| Payment | Normally By T/T 30% as deposit, and the 70% balance against copy of B/L | ||||
| Delivery | within 20 days after receipt of deposit and confirm of carton design | ||||
| |||||
Comparative analysis of the characteristics of R410A and R32.
1. Thermophysical properties: R32 charging volume can be reduced, only 0.71 times that of R410A. The working pressure of R32 system is higher than R410A, but the maximum increase is not more than 2.6%, which is equivalent to the pressure requirement of R410A system, and R32 system exhausts Compared with R410A, the temperature rises up to 35.3℃.
2. Environmental protection characteristics: ODP value (ozone depletion potential value) is 0, but R32's GWP value (global warming potential value) is moderate, compared with R22, the CO2 emission reduction ratio can reach 77.6%, while R410A is only 2.5% , It is significantly better than R410A in terms of CO2 emission reduction.
3. Safety: Both R32 and R410A are non-toxic, while R32 is combustible. Among several alternatives to R22, R32 and R290, R32 has the highest lower combustion limit, LFL. Although R290 is the most environmentally friendly, it is highly flammable and has a safety level of A3. Therefore, it is required to only charge air conditioners within 2p, and large number air conditioners are restricted.
4. Cycle performance: In terms of theoretical cycle performance, the cooling capacity of the R32 system is 12.6% higher than that of R410A, the power consumption increases by 8.1%, and the overall energy saving is 4.3%. The experimental results also show that the refrigeration system using R32 has a slightly higher energy efficiency ratio than R410A .
R410A refrigerant composition: R32, R125
Mole percentage: R32 accounts for 70%, R125 accounts for 30%
Mass percentage: R32 accounts for 50%, R125 accounts for 50%
UN NO:3163
CAS NO: 354-33-6,75-10-5
Refrigerant Freon Workshop and Shipment Glance
R410A is a two-component non-azeotropic mixed refrigerant, which is a mixture of R32 / R125 (50% / 50%). R410A, like R407C, has zero ozone depletion potential and very low global warming potential. Its ozone layer destruction coefficient (ODP) is 0, and the released gas will not cause damage to the atmospheric ozone layer; global warming coefficient (GWP) It is 1730, which is basically the same as R22. The volumetric cooling capacity of R410A is large, and the heat transfer performance is better than R22. The heat transfer of the fin heat exchanger is 35% higher than that of the R22 system (the heat transfer coefficients of R134a and R407C are slightly smaller than R22); R410A is of the same quality At flow rate, the pressure drop of R410A is small, which facilitates the use of smaller diameter pipes and valves. The evaporator, condenser and other components can also be made smaller, which reduces the system cost and can reduce the refrigerant charge by 30% the amount. Efficient heat transfer and small pressure drop make R410A have a smaller compression ratio under the same operating conditions as R22, and the compressor has a better operating range with less power consumption and higher efficiency ratio. . If the system design is reasonable and appropriate, the efficiency ratio (COP) of the R410A system can be 6% higher than that of the R22 in a refrigeration system with the same cooling capacity and the same condensing temperature. The disadvantage of R410A is that the critical temperature is low, and it is not suitable for use in high-temperature environments, but it will not affect water-cooled condensation.
