Send Inquiry

Request To Call Back

T Type Strip Seal Expansion Joint

Price 3600.0 INR/ Meter

Get a Price/Quote

T Type Strip Seal Expansion Joint Specification

Material
Steel Reinforcement, Rubber Seals

Color
Blue

Voltage
NA Teraampere (TA)

Display Type
No

Power Supply
NA

Loading Capacity
NA Tonne

Structure
NA

Accuracy
NA gm

Thickness
6 Millimeter (mm)

Usage
Industrial Use,Bridges, Highways, Buildings, Infrastructure

Size
Standard

Height
80 Millimeter (mm)

Product Type
Construction

Weight
88 Kilograms (kg)

Length
80 Millimeter (mm)

Width
40 Millimeter (mm)

T Type Strip Seal Expansion Joint Trade Information

Minimum Order Quantity
10 Meter

Delivery Time
5 Days

About T Type Strip Seal Expansion Joint

A T Type Strip Seal Expansion Joint is a specialized expansion joint system used mainly in bridges, flyovers, and elevated roads, designed to absorb structural movements caused by temperature changes, shrinkage, creep, and traffic loads while also preventing water, debris, or chemical infiltration into the substructure.

Components of T Type Strip Seal Expansion Joint:

T-Shape Edge Beams (Steel)
- Typically made of structural steel conforming to IS or ASTM standards.
- Cast or embedded in concrete at the expansion joint edge.
- The top of the T acts as the support for vehicular loads, while the vertical leg holds the elastomeric strip.
Elastomeric Strip Seal (EPDM / Neoprene)
- Fits into the cavity formed between the T-beams.
- Flexible and watertight, allowing movement in multiple directions.
- Resistant to UV, ozone, oil, chemicals, and temperature fluctuations.
- Easily replaceable without removing steel components.
Anchoring System
- Consists of bolts or welds to fix the T-beams to the deck.
- Ensures the joint is locked in place during thermal or mechanical movement.

Technical Specifications (Typical Values Can Vary by Manufacturer):

Parameter	Typical Range
Movement Capacity	40 mm 80 mm (can be custom-made)
Elastomer Material	EPDM / Neoprene Rubber
Steel Grade	ASTM A36 / IS 2062
Load Bearing	Up to Class 70R (IRC), heavy traffic
Joint Width	50 mm 80 mm (at rest)
Water Tightness	100% watertight when installed correctly

Installation Guidelines:

Surface must be clean, level, and dry.
T-beams are aligned with required expansion gap and anchored into concrete.
Elastomeric seal is compressed and inserted into the beam channels using manual or pneumatic tools.
Joint must be tested for water tightness and movement post-installation.

Benefits of T Type Strip Seal Expansion Joint:

Watertight & Durable
Low Maintenance
High Load Bearing Capacity
Quick Replacement of Rubber Seal
Suitable for Longitudinal and Transverse Movements

Common Applications:

Highway & Expressway Bridges
Railway Overpasses
Flyovers
Parking Decks
Large Concrete Slab Transitions

Would you like:

A datasheet or technical drawing example?
Help sourcing a supplier or manufacturer?
Assistance calculating expansion joint requirements for your structure?

Let me know how deep you want to go.

Reliable Movement Accommodation

T Type Strip Seal Expansion Joints are designed to absorb expansions, contractions, and vibrations in infrastructure works. Thanks to their resilient rubber seal and strong steel reinforcement, these joints maintain performance even under heavy load and varying temperatures. Their efficient movement control helps protect structural integrity and prolong lifespan.

Versatile Applications Across Infrastructure

Whether for bridges, highways, buildings, or general industrial use, these expansion joints suit a broad range of construction needs. Their standard sizing allows easy integration into diverse projects, while the blue color ensures quick identification on site. Trusted by fabricators, dealers, and traders across India, these joints support infrastructure development at every scale.

FAQ's of T Type Strip Seal Expansion Joint:

Q: How is the T Type Strip Seal Expansion Joint installed in infrastructure projects?

A: The installation process involves positioning the expansion joint between structural segments where movement is expected. The joint's steel reinforcement ensures secure anchorage, while the rubber seals provide flexibility. Installation should be performed by qualified personnel to maintain watertightness and performance.

Q: What materials are used in the T Type Strip Seal Expansion Joint?

A: This expansion joint is constructed from robust steel reinforcement and high-quality rubber seals. This combination offers both structural strength and flexibility, ensuring durability in demanding industrial and infrastructure environments.

Q: When should T Type Strip Seal Expansion Joints be used?

A: They are ideal for use during the construction or repair of bridges, highways, and buildings where joints must accommodate movement caused by temperature changes, traffic loads, or seismic activity. Early integration during project planning maximizes their effectiveness.

Q: Where can I purchase T Type Strip Seal Expansion Joints in India?

A: These expansion joints are available through numerous channels, including dealers, fabricators, manufacturers, suppliers, traders, retailers, and wholesalers across India. Many suppliers offer support with selection and logistics.

Q: What is the process for maintaining these expansion joints?

A: Regular inspection is recommended to ensure the rubber seal remains intact and the steel components are free from corrosion. Prompt cleaning and replacement of damaged parts help maintain optimal joint performance and prevent structural issues.

Q: How do T Type Strip Seal Expansion Joints benefit infrastructure?

A: These joints provide several advantages, such as accommodating structural movements, ensuring watertightness, and absorbing vibrations. This results in greater longevity and safety for bridges, highways, and other infrastructure.

Q: What is the standard size and thickness of the T Type Strip Seal Expansion Joint?

A: The joint comes in a standard size with a thickness of 6 millimeters, offering compatibility with a wide range of construction projects while meeting industry requirements for strength and flexibility.