Exhibitors

TPED & AD 200 Certification IV. party is conducted with the supervision of the establishment. Compliance with national and international current legislation and full, safe inspection by an expert team. New Generation Design Maximum Load The latest technology applied aims to ensure that the maximum load is transported in the safest way possible. High Strength Special Body Material Tank body and domes are produced from special hard material for pressure vessels in AD 2000 standards. Lamination System Compared to the standard material used for pressurized road tankers, thanks to the state-of-the-art lamination system, sheet thicknesses have been reduced to a minimum thickness with optimum calculation , and product weight has been lightened. Heat Treated Bombs According to the AD 2000 standards, interior cambers are designed to increase the stability of the vehicle on the road . It is equipped with hard but light single piece high strength carbon steel domes according to standard applications, it creates resistance to vibrations that may occur during the transportation of heavy loads. Sun visor With the sunshade applied on the tank, the temperature affected by the tank surface is reduced.

Cryogenic temperatures, defined as those ranging from -150°C to absolute zero (-273°C), play a crucial role in the liquefaction of various gases, including oxygen, hydrogen, helium, argon, and nitrogen. The production of cryogenic tanks is geared towards efficiently transporting and storing liquids in their liquid phase, such as liquefied natural gas (LNG), liquefied nitrogen (LIN), liquefied argon (LAR), and liquefied oxygen (LOX). These tanks consist of an inner tank and outer body to safeguard the liquefied gas phase. The inner tank is crafted from 304L quality stainless steel, while the outer tank is constructed from carbon steel. Once the inner tank is positioned within the outer tank, the space between the two is filled with cryogenic perlite aggregate. Heat transfer is minimized by creating a vacuum to the theoretical absolute vacuum value. This ensures that the liquefied material maintains its state for extended periods, resulting in both prolonged performance and low maintenance costs. Additionally, depending on project requirements, a super thermal insulation application can be implemented. Our design adheres to standards such as AD MERKBLATT CODE 2000, EN 13458, EN 13530, ADR 2013, and ASME Sec VIII Div1. We also offer design and manufacturing services conforming to various local standards based on customer requests.