Socket Weld End Ball Valve

Home > Socket Weld End Ball Valve

From the heart of Hamilton, New Zealand, Mason Tubefittings has built a reputation for precision and reliability in the industrial sector. We take pride in manufacturing robust components that stand up to demanding conditions, and our Socket Weld End Ball Valve is a prime example. Engineered for strength and durability, this valve is designed to deliver exceptional performance and long service life, offering a dependable solution for critical flow control applications where leak-tight integrity is absolutely essential.

Socket Weld End Ball Valve Supplier in Hamilton, ASTM A351-CF8M Socket Weld End Ball Vale Price List in Tauranga, Socket Weld Flanged End Ball Valve Manufacturer in Auckland, Socket Weld End Ball Valve in Dunedin, Socket Weld Butt Ball Valve Exporter in Tauranga, Socket Weld End Ball Valve Manufacturer in Wellington, Socket Weld End Ball Valve In Hamilton, New Zealand.

Crafted from high-grade materials like carbon or stainless steel, this valve is built for resilience. Its robust construction ensures impressive mechanical strength, capable of withstanding high pressures and extreme temperatures without compromising performance. The socket weld ends provide a permanent, strong connection to the piping system, significantly enhancing the valve’s overall structural integrity and resistance to vibration, making it an exceptionally sturdy and reliable choice for industrial settings.

Specification of Socket Weld End Ball Valve

Material	Stainless Steel 304, 316, CS, Brass, Duplex, Monel, Inconel, Hastelloy, Titanium & all Other Alloys
Seat	15% glass reinforced RTFE
Component Material	Stem packing: 15% glass reinforced RTFE
Size	Upto 4″
Port	Full
Length	7.3″
Pressure Rating	Upto 3000 PSI at 65°F (18°C)
Maximum Temperature	400°F (204°C)
Flow	1-Way

Top Socket Weld End Ball Valve Manufacturing Company in Hamilton

At Mason Tube Fittings, we are the largest supplier, manufacturer, and exporter of Socket Weld End Ball Valve in Hamilton, New Zealand. Our advanced manufacturing facilities, strategically positioned in the New Zealand, enable us to deliver high-quality solutions to meet your specific requirements. With a robust inventory of over 16,000 tons of top-grade materials, we are well-equipped to fulfill your needs promptly. Our commitment to excellence and efficiency ensures we always have the available stock to support your demands

Materials of Socket Weld End Ball Valve

ITEM	PARTS	MATERIAL
1	BODY	ASTM A351-CF8M	ASTM A216-WCB
2	CAP	ASTM A351-CF8M	ASTM A216-WCB
3	BALL	ASTM A351-CF8M
4	STEM	ASTM A276-316
5	SEAT	PTFE / RTFE
6	SEAL	PTFE
7	THRUST WASHER
8	PACKING
9	O-RING	VITON
10	BELLEVILLE WASHER	AISI 304
11	HANDLE	STAINLESS STEEL
12	STEM NUT	AISI 304
13	LOCKING PAD
14	GLAND RING
15	LOCKING WASHER
16	BOLT
17	NUT
18	SPRING WASHER
19	HANDLE SLEEVE	PVC

Types of Socket Weld End Ball Valve

ASTM A351-CF8M Socket Weld End Ball Vale Price List in Tauranga, Socket Weld End Ball Valve End Flanged Valve Manufacturer in Auckland, Socket Weld End Ball Valve in Dunedin, Socket Weld Butt Ball Valve Exporter in Tauranga, Socket Weld End Ball Valve Supplier in Hamilton, Socket Weld End Ball Valve Manufacturer in Wellington, Socket Weld End Ball Valve In Hamilton, New Zealand.

We offer These Products as per DIN, ISO, JIS or ANSI Standard.

Socket Weld End Ball Valve Supplier in Hamilton, New Zealand

Mason Tube Fittings is a leading supplier and Stockist of premium Socket Weld End Ball Valve in Hamilton, New Zealand. Our products are widely utilized across various industries, and we are committed to delivering exceptional service and ensuring high customer satisfaction. Our distinctive finishing techniques set us apart in the fittings industry. We are dedicated to consistently providing top-quality products while effectively addressing the needs of our customers.

Socket Weld End Ball Valve Uses

The primary role of this valve is in high-pressure, high-temperature systems where safety and a leak-proof seal are non-negotiable. You’ll commonly find it hard at work in power generation plants, oil and gas refineries, and chemical processing facilities. Its robust design makes it perfectly suited for handling steam, corrosive chemicals, and other challenging media, ensuring secure and efficient isolation of flow in some of the most demanding industrial environments imaginable.