Pneumatic Operation Double Flap Valve for Magnesium Silicate

Min.Order: 5

Product origin: Cangzhou, Hebei, China

Infringement complaint:

Complaint

US$ 600 ~ 5000

Description

Pneumatic operation double flap valve for magnesium silicate

Flap valve
The valve plate is automatically opened under the gravity of the material. After the material falls, the counterweight lever system automatically resets the valve plate to prevent the wild wind from blowing in, thereby completing the material transportation. There are mainly single and double door flap valves. The double flap valve mainly uses the switches at different times of the upper and lower valves to keep the middle of the device in a closed state to prevent air turbulence. If it is under positive pressure delivery, the pneumatic double lock valve can also act as a balancing and booster valve to assist the flow, so that the device can continuously pulsate the feed and at the same time has the function of gas lock to meet the force. The requirements for conveying powdered material.

Double weight hammer flap valve

Double-layer hammer flap valve adopts mechanical transmission, smooth transmission, no impact, no fault, fewer replacement parts and reliable use. The valve is divided into upper and lower layers. When working, the upper valve is opened by a mechanical transmission, and the upper valve is closed by the balance weight. Then, the lower valve is opened by the mechanical transmission, and the lower valve is closed by the balance weight, so that one unloading cycle is completed. The double-layer ash discharge valve is an ideal ash discharge valve in metallurgy, non-ferrous and environmental protection dust removal equipment. Heavy hammer flap valve is widely used in building materials, metallurgy, chemical industry, electric power and other industries. The heavy hammer flap valve is used as a hopper unloading device for various types of equipment and a unloading device for various grinding machines, dryers, silos and other equipment to prevent wild wind blowing.

working principle:
The single and double-layer lock air valves mainly use the switches at different times of the upper and lower valves to keep the middle of the equipment in a state where the valve plate is always closed and blocked to prevent air turbulence. If it is under positive pressure delivery, the pneumatic double lock valve can also act as a balancing and booster valve to assist the flow, so that the device can continuously pulsate the feed and at the same time has the function of gas lock to meet the force. The requirements for conveying powdered material.
The cement industry is also a lock-in and ash-discharge device for various mills, dryers, silos, silos and closed conveyor systems. The valve is an automatic reset mechanism for the material to open and close automatically under the action of gravity. The hammer has the advantages of stable rotation, energy saving, adjustable discharge capacity, reliable performance of unloading ash and gas lock. There are two kinds of single-door and double-door structure. The single-door double-layer flap valve has good sealing performance; the double door double-layer flap valve has a large amount of ash discharge.

Features:
1, the overall structure of the design is strong and compact, stable and reliable, delicate and beautiful, simple structure, easy maintenance;
2, valve plate and valve seat alternately switch, no sliding structure, strong sealing performance, flange shape can be round or square;
3, can pneumatically convey the powder material system, can also be used for the general pulsating discharge occasion with pressure difference;
4, good wear resistance, suitable for sealing under high temperature, not easy to produce blocking phenomenon;
5, according to the actual need to choose a variety of main material: stainless steel (SS304, SS304L, SS316, 316L, SS836L) carbon steel;
6, polishing accuracy up to 300 #, suitable for conveying food grade materials, there are a variety of drive methods can choose: pneumatic, electric;

A	B	C	H	H1	L	L1	L2	Operating Temperature	Ash Discharge m3/h
200*200	254*254	290*290	750	375	445	180	260	150ºC	3
300*300	368*368	412*412	900	450	606	230	320		6
320*320	378*378	432*432	920	460	636	240	330		8
400*400	418*418	512*512	1100	550	756	370	370	150ºC	16
500*500	572*572	616*616	1300	650	878	420	420		24
630*630	702*702	746*746	1600	800	943	485	485		35

A	B	C	A1	B1	C1	H	L	N-φ	Discharge capacity (M3/n)	Open frequency (t/m)	Temperature	Reducer model	Motor power	Weight
φ300	φ260	φ200	290	250	200	680	1540	8-φ13	12	17	≤350ºC	XWD3-59	0.55-6	124
φ 320	φ280	φ220	310	270	220	680	1690	8-φ13	14	17	≤350ºC	XWD3-59	0.55-6	162
φ340	φ300	φ240	330	290	240	680	1710	8-φ13	17	17	≤350ºC	XWD3-59	0.75-6	216
φ360	φ320	φ260	350	310	260	860	1840	8-φ13	19	17	≤350ºC	XWD3-59	0.75-6	288
φ380	φ340	φ280	380	330	280	860	2010	8-φ18	20	12	≤350ºC	XWD3-71	0.75-6	423
φ400	φ360	φ300	400	350	300	860	2030	8-φ18	23	12	≤350ºC	XWD3-71	1.1-6	552
φ420	φ380	φ 320	420	370	320	1000	2280	8-φ18	25	12	≤350ºC	XWD3-71	1.1-6	773
φ440	φ400	φ340	440	390	340	1000	2310	8-φ18	28	12	≤350ºC	XWD3-71	1.1-6	1037
φ500	φ460	φ400	510	510	400	1100	2370	8-φ18	35	12	≤350ºC	XWD4-71	1.5-6	1260
φ610	φ560	φ480	600	550	480	1200	2470	16-φ18	50	12	≤350ºC	XWD4-71	1.5-6	1420
φ 660	φ610	φ500	660	610	500	1200	2480	16-φ18	52	8	≤350ºC	XWED53-121	1.1-6	1638
φ 670	φ620	φ540	670	620	540	1200	2620	16-φ18	55	8	≤350ºC	XWED53-121	1.1-6	1894
φ740	φ680	φ 600	730	680	600	1200	2620	16-φ18	60	8	≤350ºC	XWED64-121	1.5-6	2458