DI Pipe Gasket Manufacturers & Suppliers
Deesawala’s Di Pipe Gaskets are WRAS approved rubber gaskets, which are suitable for TYTON JOINT DI (Ductile iron) pipeline, fittings and valves. Being the leading Di Pipe Rubber Gaskets manufacturer and dealer, we provide the reliable gaskets with flexible joints.
Di Pipe Gasket Feature:
- WRAS and BSEN - 681 Approved PUSH-ON Tyton Gaskets for C. I & D.I. Pipes
- WRAS approved rubber gaskets are strong with flexible joints.
- Di pipe gaskets are suitable for ‘in the ground’ or ‘above ground’ applications
- Di pipe gaskets are manufactured using EPDM rubber which provides improved performance when compared with traditional natural rubber.
- High resistance to water, ozone, heat, sewerage, chloramines, UV, and abrasion
- Joints can be deflected and permit axial movement to compensate for thermal expansion and contraction.
Size Range: DN80 – DN1200.
Relevant Standard: IS:5382,ISO 4633, EN 681, AS 681
TYTON is a revolutionary restrained joint system that can eliminate thrust block, which results in savings in materials as well as time. DEESA TYTON is a key to fast track design and construction of ductile iron pipeline systems. Di pipe gaskets that we offer have some unique advantages.
Size Range: DN80 – DN1000
Di Pipe Gasket Advantages:
- Di pipe gaskets allows you to construct in RRJ fashion
- It eliminates concrete thrust blocks.
- Accelerates commissioning (no need to wait for concrete curing).
- Streamlines materials sourcing and administration, which is ideal for weak soils where concrete blocks just won’t work.
- Offers 3 to 5 degrees joint deflection.
- Provides maximum security for strategic mains (fully locked joints).
- Provides an allowable operating pressure (AOP) of 1.6MPa, and a maximum allowable
- operating pressure (MAOP) of 1.92MPa and an allowable site test pressure (ASTP) of 2.0MPa.
Size Range: DN80 – DN1200
DI Tyton Gasket ® Push-on Gaskets
Deesawala is one of the leading tyton gasket manufacturers in India. The TYTON® Push-On Gasket is used in the TYTON JOINT® Ductile Iron Pipe & Fittings. Push On Joint (Tyton) of Ductile Iron Pipe holds dual hardness gaskets, which are made from vulcanized synthetic rubber, and meet the requirements of the WRAS, BIS, ISO 4633, EN 681 and AS 681
Installation of DI Pipe gaskets
The below link has been provided for the procedure to install the Tyton joint gasket.
Installation of DI Pipe gaskets
The below link has been provided for the procedure to install the Tyton joint gasket.
Available in the following compounds:
COMPOUNDS: |
MAX SERVICE TEMPERATURE: |
COMMON USES: |
|
Water & Sewer |
Air |
|
EPDM |
212°F |
150°F |
Vegetable Oil, Alcohols, Dilute Acids, Diluted Alkalis, MEK, Acetone, fresh water, sea water, storm water, sanitary sewage & reclaimed water |
Nitrile |
150°F |
125°F |
Fresh water, salt water, sanitary sewage, storm water, petroleum products, oils, fats, chemicals, greases |
Neoprene |
200°F |
150°F |
Fresh water, salt water, sanitary sewage, storm water, greases |
FKM |
212°F |
300°F |
Fresh water, salt water, storm water, aromatic hydrocarbons, fuels, acids, vegetable oils, petroleum products, and most chemicals and solvents |
Frequently Asked Questions
In piping, a Gasket is sealing material placed to connect the flanges to create a static seal. This will maintain the leakage proof sealing in all operating conditions. There are different types of gaskets that are used to achieve the leak proof sealing between the pipe flange.
Ductile iron pipe is pipe made of ductile cast iron commonly used for potable water transmission and distribution.
Gaskets are created from the rubber that comes to the factory in a large flat pieces of material. And, using CNC die cutting machine, our experts create gaskets as per the client’s requirements and ships across the globe.
This joint consists of a single rubber gasket placed in a groove inside the socket at the bell end of the pipe. After lubricating the joint in accordance with the manufacturer's instructions, the beveled end of the pipe is pushed past the gasket, compressing it and forming a pressure-tight and dependable seal.
This pipe weight calculation formula can be used to determine the weight per foot for any size of pipe with any wall thickness: Wt/Ft = 10.69*(OD - Wall Thickness)*Wall Thickness.