กลุ่มเด็กพิเศษ | การเชื่อมต่อที่เชื่อถือได้

สนามบินนานาชาติเชนไน

สนามบินนานาชาติเชนไน

Chennai International Airport is the main airport serving the southern city of Chennai in India. Located to the south of the city, it is the fourth busiest airport in India.

Dextra was involved in the construction efforts surrounding the airport’s renovation, which took place between 2008 and 2012.

For Chennai Airport, Dextra delivered its popular บาร์เทค rebar coupler solution, which is the primary rebar coupler used in large projects across India.

The main contractor for this project was Herve Pomerleau International (HPI) – Consolidated Construction Consortium Limited. The contractor chose the Bartec solution to splice การเสริมแรง in all columns and ท่าเทียบเรือ (vertical connections) as well as for beams and foundation mats.

Thanks to its parallel thread technology and rebar prepared with various thread lengths, Bartec offers a very high level of performance. It requires only one coupler for both standard applications (when one bar can be rotated inside the coupler) and การประยุกต์ใช้เชิงตำแหน่ง (when no bar can be rotated).

ลิงค์สนามบินบริสเบน

ลิงค์สนามบินบริสเบน

The Brisbane Airport Link is a motorway connecting Brisbane’s business district to the northeast of the city, towards the airport. The construction of the line has been done in segments, with parts of the route already operational. Full completion is planned for 2024.

Dextra has been involved in the design, engineering, and supply of large พอลิเมอร์เสริมเส้นใย Soft Eyes for Tunnel Boring Machine (TBM) entry/exit points between 2009 and 2011.

Before the construction of the D-Wall, Dextra engineers designed the พอลิเมอร์เสริมเส้นใย cage, considering factors such as the size of the TBM, margin for error, soil forces, and other design parameters.

Thanks to the properties of พอลิเมอร์เสริมเส้นใย material, Tunnel Boring Machines can cut through the D-Wall in minimal time, saving schedule time and ensuring the TBM’s head remains in perfect condition.

For this project, Dextra also supplied กริปเทค couplers, which were used as vertical connections in the D-Walls, barrette piles, and tunnel superstructures. More than 80,000 Griptec couplers have been supplied for the tunnels of the Brisbane Airport Link.

Mae Fah Luang Chiang Rai Airport – Renovation & Expansion

Mae Fah Luang Chiang Rai Airport – Renovation & Expansion

Mae Fah Luang Chiang Rai Airport, located in Chiang Rai, Thailand, is a vital transportation hub for the region. Serving as a gateway to popular tourist destinations like Chiang Mai, Chiang Rai, and the Golden Triangle, the airport has recently undergone a significant renovation and expansion project aimed at modernizing its facilities and increasing its capacity. As part of this project, Dextra supplied over 180 tons of เหล็กเดือย หรือ เหล็กโดเวล เหล็กเส้นสำหรับใช้ในงานก่อสร้าง จุดต่อ in the airport’s runway pavement.

The construction of a runway pavement requires careful planning and preparation. One essential component of the runway pavement is the construction joint, which connects individual concrete slabs. These จุดต่อ are necessary to ensure that the pavement can withstand the heavy loads of aircraft and endure extreme weather conditions. Without proper construction จุดต่อ, the pavement may experience cracking, spalling, and other types of damage.

เหล็กเดือย หรือ เหล็กโดเวล bars are a critical component of construction จุดต่อ, as they facilitate load transfer between individual concrete slabs. Typically made of steel, เหล็กเดือย หรือ เหล็กโดเวล bars are placed perpendicular to the construction joint, allowing for movement between the concrete slabs while providing support and enabling efficient load transfer.

For the Mae Fah Luang Chiang Rai Airport project, Dextra supplied over 35,000 เหล็กเดือย หรือ เหล็กโดเวล bars, totaling more than 180 tons of steel. The เหล็กเดือย หรือ เหล็กโดเวล bars were manufactured at Dextra’s facility in Thailand and delivered to the construction site in stages to meet the project’s timeline.

The successful completion of this project has not only increased the airport’s capacity but also improved its safety and reliability, providing a more efficient transportation hub for the region.