What are screw-in type flanges, and how are they used in industrial applications?

Screw-in type flanges are fittings used to connect pipes, valves, or equipment in industrial piping systems securely. They feature threaded connections for easy installation and removal, ensuring leak-proof connections in various applications.

What materials are screw-in type flanges made of, and how does material choice affect their performance?

Screw-in type flanges are available in materials such as stainless steel, carbon steel, and brass. Material choice influences factors like corrosion resistance, pressure handling capability, and compatibility with different fluids, impacting the overall performance and longevity of the flanges.

How's different between screw-in type flanges and other types such as weld neck flange or slip-on flanges?

Screw-in type flanges, also known as threaded flanges, feature threaded connections for easy installation and removal, unlike weld neck or slip-on flanges, which require welding or slipping onto the pipe. Threaded flanges offer convenience and versatility in piping systems.

What are the advantages of using screw-in type flanges in piping systems?

Screw-in type flanges provide several advantages, including ease of installation, versatility in connection methods, and compatibility with various pipe materials. They also allow for quick disassembly and reassembly, making maintenance and repairs more convenient.

Can screw-in type flanges withstand high-pressure environments?

Yes, screw-in type flanges are designed to withstand high-pressure environments commonly found in industrial applications. The choice of material and proper installation ensure that these flanges maintain leak-proof connections even under high pressure.

Are screw-in type flanges suitable for use with different types of fluids?

Yes, screw-in type flanges are compatible with various fluids commonly used in industrial applications, including water, oil, gas, and chemicals. However, it's essential to select flanges made from materials compatible with the specific fluid to prevent corrosion or degradation.

How to I select the right size of screw-in type flanges for my piping system?

Choosing the right size of screw-in type flanges involves considering factors such as pipe diameter, pressure rating, and application requirements. Referencing industry standards and consulting with experts can help ensure the proper selection of flanges for your piping system.

Can resuse screw-in type flanges after disassembly?

In many cases, screw-in type flanges can be reused after disassembly, provided they are in good condition and free from damage. Proper inspection and maintenance practices are essential to determine the suitability of reused flanges and ensure system integrity.

How do I prevent leaks in screw-in type flanges?

To prevent leaks in screw-in type flanges, ensure proper installation, including adequate tightening of threaded connections and the use of appropriate sealing materials such as gaskets or thread sealants. Regular inspection and maintenance also help identify and address potential leakage issues.

Are there customization options available for screw-in type flanges to meet specific requirements?

Yes, many suppliers offer customization options for screw-in type flanges, allowing for tailored solutions to meet specific size, material, or performance requirements. Discussing your needs with suppliers can help determine the best customization options for your application.

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OSAKATSUGITE Screw Fittings, Screw-In Type Flanges

Screw Fittings, Screw-In Type Flanges products in the Automation Components category from OSAKATSUGITE. The product can be selected based on many product specifications such as Connecting Shape, Connection Type, Material, Nominal of Thread M1, Connection Thread Type M1. OSAKATSUGITE offers products around 1 items and the product specifications can easily be compared. Search and select detailed specifications of parts for your machine with free CAD downloads. OSAKATSUGITE products are available to order through MISUMI online 24 hours a day. Free shipping, no minimum order.

Configure

Specification/Dimensions

Connecting Shape
- Elbow
- Street Elbow
- 3-Directional Elbow
- Male, Female Union
- Nipple
- Sockets
- Flange
- Tees
- Cross
- Bushings/Male Female Socket
- Cap
- Plug
- Y
- Syphon Pipe / Crossover Pipe
- Others
- Union Straight
- Male, Female Union
- Terminal Full Thread
Images

Clear

Connection Type
- Thread <-> Thread, Equal Dia. Same Type
- Thread <-> Thread, Equal Dia. Different Type
- Thread <-> Thread, Unequal Dia.
- Thread <-> Steel Pipe
- Screws
- Thread <=> Flange
Clear

Material
- Stainless Steel
- Steel
- Brass
- Aluminum
- Resin
- Bronze
- Cast Iron
Clear

Nominal of Thread M1
- 1/8B(6A)
- 1/4B(8A)
- 3/8B(10A)
- 1/2B(15A)
- 3/4B(20A)
- 1B(25A)
- 1 1/4B(32A)
- 1 1/2B(40A)
- 2B(50A)
- 2 1/2B(65A)
- 3B(80A)
- 4B(100A)
- 5B(125A)
- 6B(150A)
- 1/4-28
- M5
- M6×P1.0
- W21-14
- W22-14
- M12×1.0
- M16 × 1.5
- 1/16
- 1/2-20
- 3/4-16
- 5/8-18
- 9/16-18
Drawing

Clear

Connection Thread Type M1
- R
- Rc
- PJ
- Rp
- NPT (Male thread)
- NPT (Female thread)
- G (Threaded)
- G (Tapped)
- M (Male Thread)
- M (Female Thread)
- UNF (External Thread)
- UNF (Internal Thread)
- W (Male Screw)
- W (Female Screw)
Drawing

Clear

Connection Thread Type M2
- R
- Rc
- PJ
- Rp
- NPT (Male thread)
- NPT (Female thread)
- G (Threaded)
- G (Tapped)
- M (Male Thread)
- M (Female Thread)
- UNF (Internal Thread)
- W (Female Screw)
Drawing

Clear

Nominal of Thread M2
- 1/8B(6A)
- 1/4B(8A)
- 3/8B(10A)
- 1/2B(15A)
- 3/4B(20A)
- 1B(25A)
- 1 1/4B(32A)
- 1 1/2B(40A)
- 2B(50A)
- 2 1/2B(65A)
- 3B(80A)
- 4B(100A)
- 5B(125A)
- 6B(150A)
- M5
- W21-14
- W22-14
- 1/2-20
- 3/4-16
- 5/8-18
- 7/16-20
Drawing

Clear

Applicable Fluid
- Water
- Air
- vapor
- Gas
- Chemical
- Oil
- Not specified by Manufacturer
Clear

Type
- Fitting
- Related Products
Clear

Max. Operating Pressure(MPa)
0.1

0.35

0.69

0.7

0.8

0.99

1

1.0(2.5)

1.35

1.37

1.39

1.4

1.5

1.65

1.75

2

2.5

2.8

3

3.4

3.45

3.5

5

6.0

6.9

7

10.3

12

13.8

14

20

20.6

21

28
Clear

Surface Treatment
- Not Provided
- Trivalent Chromate
- Chrome Plating
- Nickel Plating
- Zinc Plating
- Black Oxide
- Painted
- Resin Coating
- Zinc Electroplating
Clear

Types of Screw 3 (When Different Dia. or Different Type Screw)
- R
- Rc
- G (Threaded)
- G (Tapped)
- W (Male Screw)
Clear

Nominal of Thread 3(Different Diameters or Different Type Screw)
1 1/2B(40A)

1 1/4B(32A)

1/2B(15A)

1/4B(8A)

1/8B(6A)

1B(25A)

2 1/2B(65A)

2B(50A)

3/4B(20A)

3/8B(10A)

3B(80A)

4B(100A)

5B(125A)

6B(150A)

W22-14
Nominal of Thread 1>2>3>4
Clear

Types of Screw 4 (When Different Dia. or Different Type Screw)
- Rc
Clear

Nominal of Thread 4(Different Diameters or Different Type Screw)
1 1/2B(40A)

1 1/4B(32A)

1/2B(15A)

1B(25A)

2B(50A)

3/4B(20A)
Nominal of Thread 1>2>3>4
Clear

Divisions of Max. Operating Pressure
- 1.0Mpa or Less
- 2.0Mpa or Less
- than 2.0Mpa
Clear

Types of Related components
- Valve
- Nut
- Hex Wrench
- Gasket
Clear

Interior Resin Lining
- Presence
- No
Clear

Brand	(89) (29) AIRTAC (1) ASOH (24) CK KINZOKU (51) EASUN (1) ESCO (35) FLOBAL (9) FLONCHEMICAL (1) FUJI SPECIAL (32) FUJIIKOUATU (8) HITACHI KINZOKU (54) IHARA SCIENCE (16) INOC (20) JFEPIPEFITTING (38) KITZ (21) KOYO (15) KURITA (8) MEIJIKIKAI (1) MIETECHNO (22) MIYAKO (63) NAGOYA (31) NBK (2) ON INDUSTRIES (32) ONDASEISAKUSYO (52) OSAKATSUGITE (1) RIKEN (88) RS Pro (75) SEKISUI CHEMICAL (10) SNL FITTING (2) SVF (5) TEIKOKUKINZOKU (3) TRUSCO (17) YAMATOSANKI (7) YAMATOTOKUSYUKO (9) YODOSHI (61) YUKENKOGYO (1)
CAD	2D 3D

Brand

(89)
(29)
AIRTAC (1)
ASOH (24)
CK KINZOKU (51)
EASUN (1)
ESCO (35)
FLOBAL (9)
FLONCHEMICAL (1)
FUJI SPECIAL (32)
FUJIIKOUATU (8)
HITACHI KINZOKU (54)
IHARA SCIENCE (16)
INOC (20)
JFEPIPEFITTING (38)
KITZ (21)
KOYO (15)
KURITA (8)
MEIJIKIKAI (1)
MIETECHNO (22)
MIYAKO (63)
NAGOYA (31)
NBK (2)
ON INDUSTRIES (32)
ONDASEISAKUSYO (52)
OSAKATSUGITE (1)
RIKEN (88)
RS Pro (75)
SEKISUI CHEMICAL (10)
SNL FITTING (2)
SVF (5)
TEIKOKUKINZOKU (3)
TRUSCO (17)
YAMATOSANKI (7)
YAMATOTOKUSYUKO (9)
YODOSHI (61)
YUKENKOGYO (1)

CAD

- 2D
- 3D

1 items

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: 30; 60; 90

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Ductile Cast Iron Mating Flange 10K Pipe Flange

OSAKATSUGITE

Ductile cast-iron mating flange 10K pipe flange manufactured by Osaka Pipe Fitting and Valve Mfg. Co., Ltd., a recognized name in the field of JIS standard-compliant valves and flanges.
· Materials: cast iron
· Applicable fluids: water.
· Surface treatment: casting, dissolved zinc plating, epoxy.

From: ฿ 1,024.65
Days to Ship: 5 Day(s)

5 Day(s)


Brand
Product Series
From
Days to Ship
Connecting Shape
Connection Type
Material
Nominal of Thread M1
Connection Thread Type M1
Connection Thread Type M2
Nominal of Thread M2
Applicable Fluid
Type
Max. Operating Pressure(MPa)
Surface Treatment
Types of Screw 3 (When Different Dia. or Different Type Screw)
Nominal of Thread 3(Different Diameters or Different Type Screw)
Types of Screw 4 (When Different Dia. or Different Type Screw)
Nominal of Thread 4(Different Diameters or Different Type Screw)
Divisions of Max. Operating Pressure
Types of Related components
Interior Resin Lining

	You can add up to 6 items per a category to the compare list.Compare
Brand	OSAKATSUGITE
Product Series	Ductile Cast Iron Mating Flange 10K Pipe Flange
From	฿ 1,024.65
Days to Ship	5 Day(s)
Connecting Shape	Flange
Connection Type	Thread <=> Flange
Material	Cast Iron
Nominal of Thread M1	3B(80A)
Connection Thread Type M1	Rc
Connection Thread Type M2	-
Nominal of Thread M2	-
Applicable Fluid	Water
Type	Fitting
Max. Operating Pressure(MPa)	-
Surface Treatment	Zinc Plating
Types of Screw 3 (When Different Dia. or Different Type Screw)	-
Nominal of Thread 3(Different Diameters or Different Type Screw)	-
Types of Screw 4 (When Different Dia. or Different Type Screw)	-
Nominal of Thread 4(Different Diameters or Different Type Screw)	-
Divisions of Max. Operating Pressure	-
Types of Related components	-
Interior Resin Lining	No

Application example related to this category

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Related Categories to Screw Fittings, Screw-In Type Flanges

- Screw Fittings, Screw-In Type Flanges
- Hose Fittings

FAQ Screw Fittings, Screw-In Type Flanges

Question: What are screw-in type flanges, and how are they used in industrial applications?: Answer: Screw-in type flanges are fittings used to connect pipes, valves, or equipment in industrial piping systems securely. They feature threaded connections for easy installation and removal, ensuring leak-proof connections in various applications.
Question: What materials are screw-in type flanges made of, and how does material choice affect their performance?: Answer: Screw-in type flanges are available in materials such as stainless steel, carbon steel, and brass. Material choice influences factors like corrosion resistance, pressure handling capability, and compatibility with different fluids, impacting the overall performance and longevity of the flanges.
Question: How's different between screw-in type flanges and other types such as weld neck flange or slip-on flanges?: Answer: Screw-in type flanges, also known as threaded flanges, feature threaded connections for easy installation and removal, unlike weld neck or slip-on flanges, which require welding or slipping onto the pipe. Threaded flanges offer convenience and versatility in piping systems.
Question: What are the advantages of using screw-in type flanges in piping systems?: Answer: Screw-in type flanges provide several advantages, including ease of installation, versatility in connection methods, and compatibility with various pipe materials. They also allow for quick disassembly and reassembly, making maintenance and repairs more convenient.
Question: Can screw-in type flanges withstand high-pressure environments?: Answer: Yes, screw-in type flanges are designed to withstand high-pressure environments commonly found in industrial applications. The choice of material and proper installation ensure that these flanges maintain leak-proof connections even under high pressure.
Question: Are screw-in type flanges suitable for use with different types of fluids?: Answer: Yes, screw-in type flanges are compatible with various fluids commonly used in industrial applications, including water, oil, gas, and chemicals. However, it's essential to select flanges made from materials compatible with the specific fluid to prevent corrosion or degradation.
Question: How to I select the right size of screw-in type flanges for my piping system?: Answer: Choosing the right size of screw-in type flanges involves considering factors such as pipe diameter, pressure rating, and application requirements. Referencing industry standards and consulting with experts can help ensure the proper selection of flanges for your piping system.
Question: Can resuse screw-in type flanges after disassembly?: Answer: In many cases, screw-in type flanges can be reused after disassembly, provided they are in good condition and free from damage. Proper inspection and maintenance practices are essential to determine the suitability of reused flanges and ensure system integrity.
Question: How do I prevent leaks in screw-in type flanges?: Answer: To prevent leaks in screw-in type flanges, ensure proper installation, including adequate tightening of threaded connections and the use of appropriate sealing materials such as gaskets or thread sealants. Regular inspection and maintenance also help identify and address potential leakage issues.
Question: Are there customization options available for screw-in type flanges to meet specific requirements?: Answer: Yes, many suppliers offer customization options for screw-in type flanges, allowing for tailored solutions to meet specific size, material, or performance requirements. Discussing your needs with suppliers can help determine the best customization options for your application.