Cast Steel Floating Ball Valve

The ball valve is a widely used rotary valve that employs a ball as its valve body to regulate the fluid flow. By rotating the ball, which features a hollow passage, the valve can either connect or disconnect with the pipeline, enabling control over the flow of fluid. On the other hand, the floating ball valve is specifically designed with a movable ball. When subjected to flow pressure, the ball shifts slightly downstream and makes contact with the body seat surface, resulting in a secure and tight seal.

 

Our company offers two types of ball valves to meet the diverse needs of customers: full bore and reduced bore. The full bore ball valve boasts a channel inner diameter that matches that of the pipeline. Therefore, it decreases fluid resistance and facilitates the pipeline cleaning process significantly. On the other hand, the reduced bore ball valve has a smaller fluid resistance than its full bore counterpart, while still maintaining the same size. It also weighs 30% less than the full bore model, which can lead to substantial savings in production costs.
As a result, many industries have come to rely heavily on the reduced bore ball valve due to its numerous advantages. Although both ball valves have their own unique benefits, the reduced bore ball valve's cost-effectiveness and reduced fluid resistance make it a more widely popular choice. Our company is committed to providing durable, high-quality ball valves to ensure the smooth and efficient operation of systems.

 

Ball valves have a wide range of applications, including water systems, chemical solvents, acids, natural gas, and crude oil. They are also suitable for more extreme conditions involving oxygen, hydrogen peroxide, methane, and ethylene plants. These valves provide reliable control and are trusted in diverse industries. Additionally, they are highly versatile, making them an ideal choice for various fluid handling needs. Whether it's for general usage or demanding environments, ball valves continue to play a crucial role in ensuring efficient and safe operations.

 

 

API6D、API608、BS5351ANSI B16.34。，，。API6D、API608、BS5351ANSI B16.34，，。，。

2.Face to face dimensions: ANSI B16.10

3.Flanged end: ANSI B16.5

4.Butt-welding end: ANSI B16.25

5.Test and inspection: API6D, API598

6.Fire safe design: API607

We can provide other standards such as DIN, BS, JIS upon request. Simply let us know your requirements and we will do our best to accommodate them. Whether you need a specific standard for your project or would like to explore different options, we are here to help. Our team is dedicated to finding the right solutions for your needs, so don't hesitate to get in touch. Together, we can ensure that your project is a success.

 

 

·Size: 1/2” to 12”

·Class: 150LB to 2500LB

The characteristics of this product include a floating ball, which allows for smooth movement and control. It also offers the option of a full bore or reduced bore, depending on specific requirements. The seating can be either soft or metal, catering to different industrial needs. Additionally, the valve can be designed as top entry or side entry, offering flexibility in installation. The inclusion of an ISO5211 PAD facilitates easy automation of the valve. Furthermore, the valve can be manufactured as a one-piece, two-piece, or three-piece construction, providing options for different applications. The stem is designed to be blow out proof, ensuring the safety and reliability of the valve. To reduce the build-up of static electricity, an anti-static device is incorporated in its design. Finally, the valve is designed to be fire safe, providing added safety measures in critical environments.

·We offer a wide range of materials for our products, including carbon steel, stainless steel, and alloy steel. Some examples of the specific materials we use are WCB, WCC, WC1, WC6, WC9, C5, C12, CF8, CF8M, CF3, CF3M, CN7M, LCB, LCC, duplex stainless steel, monel, alloy 20, cast iron, and ductile iron. These materials provide excellent strength, durability, and corrosion resistance for various applications.

Actuators play a critical role in various operations, whether it be lever, gear, pneumatic, or electric actuator. These mechanisms are responsible for translating control signals into physical motion, enabling the smooth functioning of machinery and equipment. Each type of actuator has its advantages and is selected based on specific requirements and applications. The lever actuator utilizes a lever arm to transmit force and motion, making it suitable for simple tasks. On the other hand, gear actuators use a set of gears to provide mechanical advantage, enhancing power transmission. Pneumatic actuators rely on compressed air to create the necessary force and are widely used in industries that require rapid and precise movement. Electric actuators, on the other hand, use an electric motor for motion control, offering high precision and versatility. Depending on the application, engineers carefully choose the most appropriate actuator to ensure efficient and reliable operation.

 

The floating ball API 6D cast steel flanged ball valve is a reliable and durable option for various applications. It is designed to meet the industry standard and has a robust construction that ensures long-lasting performance. The valve is ideal for controlling high-pressure fluids and gases since it comes with a floating ball that seals the flow path.
The ball valve has a cast steel construction that ensures maximum strength and durability. Its flanged design makes it easy to install and maintain, and it comes with reliable sealing features that prevent any leakage. With this valve, you can be assured of smooth and consistent operation, thanks to its low-torque design that reduces friction during operation.
Whether you are in the oil and gas industry, chemical processing, or any other industrial application, the API 6D cast steel flanged ball valve is a perfect fit. It can handle high-pressure fluids and gases effectively, and its design ensures reliable and consistent operation. Plus, it is an affordable option, making it an ideal investment for various applications.

 

No.	Parts	Materials
1	R-Body	ASTM A216 WCB
2	Bonnet bolt	ASTM A193 B7
3	Bonnet nut	ASTM A194 2H
4	Gasket	PTFE or stainless steel with graphite
5	L-body	ASTM A216 WCB
6	Ball	SS304
7	Seat ring	PTFE
8	Stem	ASTM A182 F6
9	Stem seat	PTFE
10	Stem packing	PTFE
11	Gland flange	ASTM A216 WCB
12	Lever	Cast Steel
13	Small ball	SS304
14	Small spring	SS304

 

 

Class 150

DN	15	20	25	40	50	65	80	100	150	200	250	350
NPS	1/2	3/4	1	1.1/2	2	2.1/2	3	4	6	8	10	12
L（RF）	108	117	127	165	178	191	203	229	394	457	533	610
L1（BW）	140	152	165	190	216	241	283	305	457	521	559	635
L2（RTJ）	119	129.7	139.7	178	191	203	216	241	406	470	546	622
H	59	63	75	95	153	165	195	213	272	342	495	622
Do (W)	130	130	160	230	400	400	600	850	1100	1500	*350	*350
RF (Kgs)	2.3	3	4.5	7	15	20	25	40	97	160	240	390
BW (Kgs)	2	2.5	3.8	5.8	12	17	21	36	92.8	154	227	365

 

Class 300

DN	15	20	25	40	50	65	80	100	150	200
NPS	1/2	3/4	1	1.1/2	2	2.1/2	3	4	6	8
L（RF）	140	152	165	190	216	241	283	305	403	502
L1（BW）	140	152	165	190	216	241	283	305	457	521
L2（RTJ）	151	164.7	177.7	202.7	232	257	298	321	419	518
H	59	63	75	107	153	165	195	213	272	342
Do (W)	130	130	160	230	400	400	600	850	1100	1500
RF (Kgs)	2.5	3.5	5.5	10.5	20	25	31	52	118	200
BW (Kgs)	2.1	3	4.8	8.7	17	22	28	48	105	185

 

Class 600

DN	15	20	25	40	50	65	80
NPS	1/2	3/4	1	1.1/2	2	2.1/2	3
L（RF）	165	190	216	241	292	330	356
L1（BW）	165	190	216	241	292	330	356
L2（RTJ）	163.4	190	216	241	295	333	359
H	59	63	75	107	153	165	195
Do(W)	130	160	160	230	600	850	1250
RF (Kgs)	7.5	10.5	14.5	18.5	38	56	66
BW (Kgs)	6	8.7	11	14.7	31	49	58

 

http://www.frontvalves.com/