Carbon Steel Air Tanks / Air Receivers

Name: Carbon Steel Air Tanks / Air Receivers - EternelComp
Availability: InStock

Capacity: 0.3-75m³

Working Pressure: 0.8-4.6MPa

Features of the Carbon Steel Air Tanks / Air Receivers

●Durable-Carbon steel air tanks or air receivers are a popular choice for their durability and resistance to corrosion.

●Safety-Unlike many other metals, carbon steel does not easily corrode and is able to withstand strong vibrations. Additionally, this material can be safely handled and used compared to other alternatives.

●Eco-friendly-Another advantage of using carbon steel is its recyclability, making it an eco-friendly option.

●Economy-The ability to manufacture carbon steel as thin as needed also adds cost-effectiveness to its list of benefits.

First-class carbon steel gas storage tank(0.8-1.3MPa):

Serial Number	volume	Set Tempreture	Total Comtainer height	Air inlent			H2	Air Otlet		Support		Sewage value connection
Serial Number	Working pressure	Set Tempreture	Total Comtainer height	H1	DN	Threaded	H2	DN	Threaded	D	d	Sewage value connection
1	0.3/0.8	100	1614	550	667	50	Rp1 ½"	1217	50	Rp1 ½	400	20	R1/2"
2	0.3/1.0	100	1616		667			1217
3	0.3/1.3	110	1628		669			1219
4	0.5/0.8	100	2050	600	680	50	Rp1 ½"	1630	50	Rp1 ½"	420	20	R1/2"
5	0.5/1.0	100	2050		680			1630
6	0.5/1.3	110	2102		681			1681
7	0.6/0.8	100	2076	650	693	65	Rp1 ½"	1643	65	Rp1 ½"	470	20	R1/2"
8	0.6/1.0	100	2078		694			1644
9	0.6/1.3	110	2142		695			1706
10	1.0/0.8	100	2325	800	800	65	Rp1 ½"	1840	65	Rp1 ½"	560	25	R1/2"
11	1.0/1.0	100	2327					1840
12	1.0/1.3	110	2404					1920
13	1.5/0.8	110	2574	950	767	65	Rp2"	2067	65	Rp2"	670	25	R1/2"
14	1.5/1.0		2575		768			2067
15	1.5/1.3		2578		769			2069
16	2.0/0.8	110	2810	1000	780	80	Rp2" Rp1 ½"	2280	80	Rp2" Rp1 ½"	700	24	R1/2"
17	2.0/1.0
18	2.0/1.3
19	2.5/0.8	110	2752	1200	880	80	/	2180	80	/	840	24	R3/4"
20	2.5/1.0		2752		881		/	2181		/
21	2.5/1.3		2754		882		/	2182		/
22	3.0/0.8	110	2800	1300	905	80	/	2205	80	/	950	24	R3/4"
23	3.0/1.0		2802		906		/	2206		/
24	3.0/1.3		2804		907		/	2207		/
25	4.0/0.8	110	3060	1400	930	10	/	2430	100	/	1050	24	R3/4"
26	4.0/1.0		3062		931		/	2431		/
27	4.0/1.3		3066		933		/	2433		/
28	5.0/0.8	110	3752	1400	931	100	/	3131	100	/	1050	24	R3/4"
29	5.0/1.0		3754		932		/	3132		/
30	5.0/1.3		3756		932		/	3133		/
31	6.0/0.8	110	3856	1500	956	100	/	3156	100	/	1100	30	R3/4"
32	6.0/1.0		3858		957		/	3158		/
33	6.0/1.3		3858		958		/	3157		/
34	8.0/0.8	110	4552	1600	981	150	/	3831	100	/	1200	30	R1"
35	8.0/1.0		4554		982		/	3832		/
36	8.0/1.3		4560		984		/	3835		/
37	10/0.8	110	3765	2000	1082	150	/	2933	150	/	1500	30	R1"
38	10/1.0		3766		1083		/	2933		/
39	10/1.3		3770		1086		/	2936		/
40	12.5/0.8	110	4714	2000	1133	150	/	3833	150	/	1500	30	R1"
41	12.5/1.0		4716		1133		/	3834		/
42	12.5/1.3		4722		1136		/	3836		/
43	15/0.8	110	5084	2100	1172	150	/	4174	150	/	1550	30	R1"
44	15/1.0		5090		1174		/	4175		/
45	15/1.3		5094		1176		/	4177		/
46	20/0.8	110	5236	2400	1298	200	/	4200	200	/	1800	36	R1"
47	20/1.0		5240		1300		/			/
48	20/1.3		5244		1302		/			/
49	25/0.8	110	6136	2400	1324	200	/	5095	200	/	1800	36	R1"
50	25/1.0		6140		1325		/			/
51	25/1.3		6144		1329		/			/
52	30/0.8	110	6898	2500	1424	200	/	5774	200	/	1900	36	DN40
53	30/1.0		6900		1325		/	5775		/
54	30/1.3		6908		1329		/	5779		/
55	40/0.8	110	7748	2700	1424	200	/	6424	200	/	1770	24	DN40
56	40/1.0	110	7752	2700	1426	200	/	6426	200	/	1770	24
57	50/0.8	110	9007	2800	1506	250	/	6756	250	/	3000	30
58	50/1.0	110	9007	2800	1506	250	/	6756	250	/	3000	30	DN40
59	75/1.0	110	10257	3200	1800	250	/	8200	250	/	3400	30
60	75/0.8	110	10256	3200	1800	250	/	8200	250	/	3400	30

Second-class carbon steel gas storage tank(1.6-4.6MPa):

Serial Number	Volume	Set Temperture	Total Container height	Inner diameter of the container	Air Inlet		Air Otlet		Support (D)		Sewage value connection
Serial Number	Working pressure	Set Temperture	Total Container height	Inner diameter of the container	H1	DN	H2	DN	D	d	Sewage value connection
1	0.3/1.6	110	1626	550	668	50	1217	50	400	20	R1/2
2	0.3/2.5		1628		670	50	1219	50
3	0.3/3.0		1630		671		1219
4	0.3/4.0		1696		673		1222
5	0.5/1.6	110	2100	600	680	50	1680	50	420	20	R1/2″
6	0.5/2.5		2204		697		1697				Rc1"
7	0.5/3.0		2206		700		1700				Rc1"
8	0.5/4.0		2190		685		1685				DN25
9	0.6/1.6	110	2136	650	693	65	1704	65	470	20	R1/2"
10	0.6/2.5		2494	600	697	50	1997	50	420		Rc1"
11	0.6/3.0		2496		698	50	1998	50			Rc1"
12	0.6/4.0		2500		635	65	1945	65			DN25
13	1.0/1.6	110	2406	800	800	65	1920	65	560	25	R1/2"
14	1.0/2.5		2420		750	80	1872	80			Rc1"
15	1.0/3.0		2422		752		1872
16	1.0/4.0		2458		754		1874
17	1.5/1.6	110	2578	950	770	65	2070	65	670	25	R3/4"
18	1.5/2.5		2666		773	80		80			Rc1"
19	1.5/3.0		2670		775
20	1.5/4.0		2690		794
21	2.0/1.6	110	2846	1000	783	80	2282	80	700	24	R1/2
22	2.0/2.5		2970		835		2335				R1"
23	2.0/3.0		2984		854		2361
24	2.0/4.0		2962		856		2351
25	2.5/1.6	110	2756	1200	883	80	2183	80	840	24	Rc1"
26	2.5/2.5		2874		902		2204
27	2.5/3.0		2878		904		2202
28	2.5/4.0		2886		908		2208
29	3.0/1.6	110	2808	1300	909	100	2210	100	950	24	R1"
30	3.0/2.5		2898		914		2218				DN25
31	3.0/3.0		2902		916		2218				DN25
32	4.0/1.6	110	3068	1400	934	100	2434	100	1050	24	R3/4"
33	4.0/2.5		3002	1500	966	150	2216	150	1100	30	Rc1"
34	4.0/3.0		3006	1500	968	150	2218	150	1100	30	DN25
35	5.0/1.6	110	3758	1400	932	150	3134	150	1050	24	R1"
36	5.0/2.5		3878		954		3104				DN25
37	5.0/3.0		3882		956		3106				DN25
38	6.0/1.6	110	4458	1400	932	150	3834	150	1050	24	R1"
39	6.0/2.5		4578		954		3804				DN25
40	6.0/3.0		4582		956		3806				DN25
41	8.0/1.6	110	4564	1600	986	150	3837	150	1200	30	R1"
42	8.0/2.5		4652		991		3841				DN25
43	8.0/3.0		4656		991		3840				DN25
44	10/1.6	110	3772	2000	1087	150	2937	150	1500	30	R1"
45	12/1.6	110	4524	2000	1137	150	3638	150	1500	30	Rc1"
46	12.5/1.6	110	4724	2000	1137	150	3838	150	1500	30	R1"
47	15/1.6	110	5094	2100	1179	150	4179	150	1550	30	Rc1"
48	20/1.6	110	5248	2400	1254	200	4200	200	1800	36	Rc1"
49	25/1.6	110	6158	2400	1304	200	5094	200	1800	36	DN25
50	30/1.6	110	6982	2500	1331	200	5781	200	1900	36	Rc1"

Note:

Model number remarks: “F” as fixed speed, “V” as VSD. Due to the potentially different rotation speeds of motors, the air flow rates of fixed speed represent the minimum in the range (i.e 30kW 8 bar 5.67m³/min), while VSD can reach the maximum at full loading.

Standard voltage in 380V (+/-10%), 50Hz +/-2% and available for customized voltage 220/380/440/460V/60Hz.

In cases of elevated altitudes, extreme temperatures, excessive humidity, heavy dust exposure, or any other challenging operational environments, we can offer tailored product designs to meet your specific needs. Customization is available to align with your unique requirements.

Search

All Product

Oil-Lubricated Air Compressors

Oil-lubricated Rotary Screw Air Compressor

Oil-Lubricated Piston Air Compressor

Oil-Free Compressors

Nitrogen/Oxygen Generator

Contact Us

Installation Diagram(Regular)

Looking for the Best Compressed Air Solution for your industry?

● Share your requirements for expert evaluation (multilingual support).

● Develop customized solution, considering options such as IP level, air end and parts, screen language, remote control, appearance, voltage and temperature adaptation, etc.

● Start production after order confirmation (standard production time: 20-25 days).

● Conduct rigorous quality testing before shipping.

● Lifelong technical support, original maintenance parts support, and up to 10-year warranty on the air end.

Frequently Asked Questions

What are the characteristics of carbon steel air tanks？

Carbon steel air tanks are known for their strong corrosion resistance, making them capable of withstanding exposure to high concentrations of acids, alkalis, salts, oils, and solvents in the atmosphere. They have been widely used in various aspects of chemical corrosion prevention and are replacing materials such as carbon steel, stainless steel, wood, and non-ferrous metals. These tanks are lightweight yet strong, with a relative density between 1.5 and 2.0, only 1/4 to 1/5 that of carbon steel, but with comparable or even higher tensile strength, and can even compete with high-grade alloy steel in terms of strength-to-weight ratio. As a result, they are highly effective in high-pressure vessels and other products that require weight reduction.

Precautions for the use of carbon steel air tanks

When using carbon steel air tanks to store hydrochloric acid, it is important to take certain precautions. First, the foundation of the tank should be raised and the design of the bottom should be improved to include an acid sludge bag, which will increase the tank’s ability to discharge and collect sludge. Second, the unloading process should be improved. Third, the management of the hydrochloric acid tank should be strengthened, and the process operation should be optimized to reduce the amount of acid sludge and impurities at the source. Fourth, it is important to thoroughly clean the hydrochloric acid tank before storing other chemicals. Typically, low-concentration hydrochloric acid (relative to the hydrochloric acid already in the tank) should be poured into the carbon steel tank and mixed thoroughly to absorb the acid gas in the tank. Then, the diluted hydrochloric acid should be emptied and coal ash should be added to solidify the sludge. After the acid gas has dissipated and the tank has been ventilated, the ash should be removed and waste alkali solution should be added for alkaline washing. Only after these steps have been taken can the hydrochloric acid tank be used to store other chemicals.

Carbon Steel Air Tanks / Air Receivers