ASME B1.20.1 Ductile Iron Pipe Fittings DN 80 Grooved Reducing Tee with Thread

• Customization: Available
• After-sales Service: Yes
• Structure: Universal
• Model NO.: Grooved Reducing Tee with Thread
• Flexible or Rigid: Flexible
• Material: Iron
• Standard: Standard
• Material Standard: Ductile Iron ASTM A536/65-45-12
• Dimension: ISO6182/Awwa C606/GB 5135.11
• Connection Standard: ASME B36.10/ASTM A53-A53m/ISO 4200
• Pressure Rating: 175psi-500psi
• Surface Treatment: Red Painting/Epoxy Coating
• Gasket: EPDM/Nitrile/Silicone Rubber
• Application: Fire Protection/Waterworks/HVAC/Plumbing/Gas
• Certificate: UL Listed / FM Approved
• Transport Package: Carton with Pallet
• Specification: 1′′ - 12′′
• Origin: China
• HS Code: 7307110000
• Production Capacity: 50000 Tons / Years
• Package Size: 48.50cm * 32.00cm * 19.00cm
• Package Gross Weight: 1.500kg

Product Description

 

Product Description

Threaded grooved reducing tees are pipe fittings that combine threaded and grooved connections. This type of tee allows for versatility in connecting pipes within a duct system. Threaded connections involve the use of threads on pipes and fittings, twisting them together to form a strong joint. Grooved connections, on the other hand, typically involve grooves on the pipe ends along with a gasket and coupling system to create a sealed connection.

Connection standards for threaded connections are typically governed by standards such as the American National Standards Institute (ANSI) or the International Organization for Standardization (ISO), depending on the region and application. For example, ANSI/ASME B1.20.1 is the pipe thread standard, and ISO 7-1 is the international standard for pipe threads.

For grooved connections, as mentioned in a previous reply, standards such as ANSI/NFPA 53 and ISO 6182 are often cited, but the specific standards may vary by industry and region.

It is important to note that the combined use of threaded and grooved connections may be affected by the specific requirements of the piping system, the type of fluid being conveyed, and applicable codes and regulations at a given location. Always refer to the manufacturer's guidelines and relevant industry standards to ensure proper installation and compatibility in your specific application.

Nominal Size mm/in	Pipe O.D mm	Working Pressure PSI/Mpa	Dimensions mm/in		Certificate
			∅	L
50X25/2X1	60.3X33.7	300/2.07	70/2.57	70/2.57	FM   UL
50X32/2X114	60.3X42.4	300/2.07	70/2.57	70/2.57	FM  UL
50X40/2X1Y2	60.3X48.3	300/2.07	70/2.57	70/2.57	FM   UL
65X32/212X114	73.0X42.4	300/2.07	76/3.00	76/3.00	FM   UL
65X40/2V2X1Y2	73.0X48.3	300/2.07	76/3.00	76/3.00	FM  UL
65X50/212X2	73.0X60.3	300/2.07	76/3.00	76/3.00	FM  UL
65X25/30DX1	76.1X33.7	300/2.07	76/3.00	76/3.00	FM  UL
65X40/30DX112	76.1X48.3	300/2.07	76/3.00	76/3.00	FM   UL
65X50/30DX2	76.1X60.3	300/2.07	76/3.00	76/3.00	FM   UL
80X25/3X1	88.9X33.7	300/2.07	86/3.38	86/3.38	FMUL
80X32/3X114	88.9X42.4	300/2.07	86/3.38	86/3.38	FM   UL
80X40/3X1Y2	88.9X48.3	300/2.07	86/3.38	86/3.38	FM   UL
80X50/3X2	88.9X60.3	300/2.07	86/3.38	86/3.38	FM   UL
80X65/3X3OD	88.9X76.1	300/2.07	86/3.38	86/3.38	FM  UL
100X65/414ODX3OD	108.0X76.1	300/2.07	102/4.01	102/4.01	FM   UL
100X80/414ODX3	108.0X88.9	300/2.07	102/4.01	102/4.01	FM  UL
100X25/4X1	114.3X33.7	300/2.07	102/4.01	102/4.01	FM  UL
100X32/4X114	114.3X42.4	300/2.07	102/4.01	102/4.01	FM   UL
100X40/4X1V2	114.3X48.3	300/2.07	102/4.01	102/4.01	FM  UL
100X50/4X2	114.3X60.3	300/2.07	102/4.01	102/4.01	FMUL
100X65/4X212	114.3X73.0	300/2.07	102/4.01	102/4.01	FM   UL
100X65/4X30D	114.3X76.1	300/2.07	102/4.01	102/4.01	FM   UL
100X80/4X3	114.3X88.9	300/2.07	102/4.01	102/4.01	FMUL
125X25/5120DX1	139.7X33.7	300/2.07	124/4.88	124/4.88	FM   UL
125X32/512ODX1V4	139.7X42.4	300/2.07	124/4.88	124/4.88	FM   UL
125X40/512ODX1V2	139.7X48.3	300/2.07	124/4.88	124/4.88	FM  UL
125X50/5120DX2	139.7X60.3	300/2.07	124/4.88	124/4.88	FMUL
125X65/512ODX212	139.7X76.1	300/2.07	124/4.88	124/4.88	FM  UL
125X80/512ODX3	139.7X88.9	300/2.07	124/4.88	124/4.88	FM   UL
150X65/614ODX3OD	159.0X76.1	300/2.07	140/5.50	140/5.50	FM   UL
150X80/614ODX3	159.0X88.9	300/2.07	140/5.50	140/5.50	FM   UL
150X25/612ODX1	165.1X33.7	300/2.07	140/5.50	140/5.50	FM   UL
150X32/612ODX114	165.1X42.4	300/2.07	140/5.50	140/5.50	FM   UL
150X40/6V2ODX12	165.1X48.3	300/2.07	140/5.50	140/5.50	FM  UL
150X50/612ODX2	165.1X60.3	300/2.07	140/5.50	140/5.50	FM  UL
150X65/612ODX3OD	165.1X76.1	300/2.07	140/5.50	140/5.50	FM   UL
150X80/6V2ODX3OD	165.1X88.9	300/2.07	140/5.50	140/5.50	FM  UL
150X25/6X1	168.3X33.7	300/2.07	140/5.50	140/5.50	FM   UL
150X32/6X114	168.3X42.4	300/2.07	140/5.50	140/5.50	FM  UL
150X50/6X2	168.3X60.3	300/2.07	140/5.50	140/5.50	FM  UL
150X65/6X212	168.3X73.0	300/2.07	140/5.50	140/5.50	FM  UL
150X80/6X3	168.3X88.9	300/2.07	140/5.50	140/5.50	FM  UL
200X65/8X3OD	219.1X76.1	300/2.07	175/6.89	175/6.89	FM   UL
200X80/8X3	219.1X88.9	300/2.07	175/6.89	175/6.89	FM  UL

 

Quality Control:

what is the rigid and flexible Coupling difference?

Coupling play an important role in connecting pipe segments to prevent leaks caused by damaged or damaged joints while maintaining the integrity of the pipe in the process. It is a very suitable fitting for the pipe and pipe industry. Most pipe installations require multiple pipe sections to be joined together or cut to facilitate changing direction and traversing obstacles. A fitting is a concise pipe or pipe. It has a socket or female thread at one or both ends. Fitting allows two pipes or pipes of the same or different sizes to be joined together to form a long pipe.

Flexible coupling
Flexible couplings are designed to transmit torque while allowing some radial, axial and angular misalignment. They can accommodate angular misalignment of up to a few degrees and some parallel misalignment. Elastic couplings allow for some angular misalignment and axial movement, meaning they can be used to create smooth bends and absorb thermal expansion contractions in piping systems. In some cases, the use of elastic couplings can even exclude conventional expansion joints, loops and other expansion devices from the system entirely. When assembling a stretch rubber gasket, the gasket is slightly smaller than the pipe diameter at both pipe ends and produces the first seal. The two halves of the coupling are then placed around the washers that adapt to them. The coupling halves are bolted together to further improve the seal.

FAQ

1. What is the minimum quantity of the order? 
Answer: The purchase volume of mixed products is 4 tons

2. How long is the delivery time of the order?
Answer: The delivery time for general orders is about 30 days. If the order is urgent and we have stock, around 7 days.

3. What payment methods do you accept?
Answer: We accept payment terms such as TT, L/C, DP, Western Union, Paypal, etc.

4. Where is your departure port of shipment? Is it possible to deliver to the designated warehouse?
Answer: The port of departure of our goods is generally Tianjin Port or Qingdao Port. We can transport the goods to designated warehouses, such as Yiwu, Guangzhou, etc.

5. What certificates do your products have?
Answer: Our products have FM/UL certificates, and we cooperate with third-party quality inspection certification before the factory, such as SGS,TUV

6.What are the series of your products?
Answer: Our products are divided into heavy series, medium series and light series according to different markets and standards. In order to buy more competitive products for you, please communicate your purchasing needs with the salesperson.

7. Do product packaging cartons and labels support customization?
Answer: Packaging cartons and labels can be customized according to customer requirements.

8.Does the purchased product support customization?
Answer: The product supports customization, but there are purchase quantity requirements and mold costs. For details, please consult the salesperson.

9.What are the packaging methods of the product?
Answer: The packaging of the product includes carton packaging, pallet packaging, wooden box packaging, and woven bag packaging.