High Purity Freon R600A R404A R507 R407c R290 R22 R134A R410A Refrigerant Gas

11.3KG Disposable Cylinder 99.99% Purity Mixed Refrigerant Gas R410A

11.3KG R410A		Certification:DOT/KGS/CE
		Cylinder	Height	Diameter	Thickness
			420mm	241mm	1.5mm
			Material	Capacity	Weight
			DC01	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,neutral graphic design packing
Loading	1140 cylinders/20ft container
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

Our Advantages over other factories in the production of refrigerant gas

1. We are the supplier of many air conditioner and commercial conditioning manufacturers

2. The cylinders have CE/DOT/KGS certificate

3. New technology cylinder, 100% safety no leakage

4. We have our own labs to guarantee the gas purity 99.91%-99.97%

5. R134A gas has REACH certificate

6. We have refrigerant gas R32,R152,R22,R134A,R410A,R407C,R404A…

What are the advantages of R410A over R22?

Compared with R22, which is currently widely used in air conditioners, R410A has many performance advantages, and has good heat transfer. Its main performance advantages are reflected in the following aspects.

(1) Compared with R22, the R410A system has a significant advantage: the heat transfer of the evaporator is 35% higher, the heat transfer of the condenser is 5% higher, and the heat transfer coefficients of R407C and R134a are lower than R22.

(2) Its cycle working pressure is about 57% higher than R22, the unit volume refrigeration capacity is about 43% larger than R22, the refrigeration coefficient is about 7.7% smaller than R22, and the other parameters are basically close to R22.

(3) Under the same mass flow, the pressure drop of R410A is relatively small, making it possible to use smaller pipelines and valves than R22 or other refrigerants, thereby reducing the cost of materials.

(4) Compared with the R22 system, the system matched with R410A can use a smaller volume condenser and evaporator, with lower cost, and up to 30% reduction in refrigerant charge. The reduction of refrigerant charge can not only reduce costs, but also improve the reliability of the entire system.

(5) Since the loss of the compressor in the compression process is lower, the evaporator and condenser have stronger heat transfer, and the pressure drop in the entire system is smaller. Therefore, in a system with the same cooling capacity and the same condensation temperature, The energy efficiency ratio (COP) of the R410A system is 6% higher than that of the R22 system. Efficient heat transfer and smaller pressure drop make it lower condensing temperature and higher evaporating temperature under the same operating conditions, which enables the compressor to obtain a lower power consumption and higher efficiency ratio. Good operating range.

Refrigerant Freon Workshop and Shipment Glance