TürkTraktör Expanding Construction Equipment Range with CASE 856C Grader
TürkTraktör, aiming to continuously increase its activities in the construction equipment sector, adds the CASE 856C grader to its wide product range. Equipped with a premium Stage V engine, the CASE 856C provides power, efficiency and durability for the construction sector under the aegis of TürkTraktör.Expressing his happiness for offering state-of-the-art products for the construction sector, one of the main sectors of Turkey, Boğaç Ertekin, TürkTraktör Construction Equipment Business Leader, said: “As TürkTraktör, we offer products and services tailored for various needs of our customers in the Turkish construction equipment sector. Our diverse product range can meet more than 90% of the demand in the market. Always with an eye on the feedback of our customers, we expand our product range and add new series featuring world-class Stage V engines. In line with this approach, we recently added CASE 856C grader to the construction equipment family to improve our coverage. We believe that 856C will quickly be a favorite of the construction sector thanks to the quality, superior performance and durability ensured by CASE Construction Equipment brand, powered by its history of more than 180 years. We will continue to extend our activities in the construction equipment sector and to offer premium service to our customers.”
About CASE 856C Grader
The CASE 856C grader features a 190 HP Stage V engine by FPT, offering outstanding performance and efficiency under any field conditions. The fuel-efficient 856C generates low levels of emission, ensuring decreased environmental impact.
The CASE 856C grader shines out with a robust chassis and superior components, providing long service life under challenging conditions.
Equipped with a large ergonomic cab and a special engine hood design, the CASE 856C brings a wide viewing angle and maximum safety for operators. Thanks to the grader blade specially-designed for CASE construction equipment, the 856C offers maximum efficiency in short operation periods.
