ATDMCo

Bitumen supplier in Romania

Comprehensive Guide to Bitumen Supply in Romania: Grades, Applications, and Key Cities Bitumen, a crucial material for construction and infrastructure development, plays a pivotal role in Romania’s growing road network and industrial projects. As a reliable supplier of bitumen in Romania, we ensure top-quality products that meet industry standards and cater to diverse applications. Our […]

Bitumen supplier in Romania Read More »

Why bitumen consumption reduced in UK?

Bitumen consumption in the UK has been declining due to several interrelated factors: 1. Reduced Government Funding for Road Construction and Maintenance: Over recent years, there has been a notable decrease in government investment allocated to road infrastructure projects. This reduction in funding has led to fewer road construction and maintenance activities, directly impacting the

Why bitumen consumption reduced in UK? Read More »

沥青 60/70 AH70 80/100 AH90 200/300

沥青是建筑和道路行业的关键材料,有多种等级,每种等级都具有适合特定应用的独特物理特性。从铺路到防水,沥青的选择会显著影响项目的质量和耐久性。在本综合指南中,我们将探索不同等级的沥青,包括沥青 60/70、沥青 80/100、沥青 200/300、沥青 AH70 和沥青 AH90。此外,我们将深入研究柔性袋、巨型袋和桶等包装选项,并强调从伊朗和阿联酋迪拜等主要出口国采购沥青的物流优势。 什么是沥青?为什么它很重要? 沥青是一种粘稠、黑色和粘性的材料,主要用于道路建设和防水。它充当沥青中的粘合剂,并通过提高路面的弹性和防水能力,有助于打造耐用的路面。由于其耐候性和粘合性,沥青还用于其他工业应用,如屋顶和隔热材料。 沥青的主要特性: 延展性:决定沥青在断裂前可以伸展多少。 粘度:反映沥青在不同温度下的流动性。 燃点:沥青释放出足够蒸汽以点燃的温度。 蜡含量:影响沥青在寒冷气候下的稳定性和性能。 硫含量:影响沥青的质量和环保性。 沥青 60/70 沥青 60/70 是道路建设中最常用的渗透等级之一,在硬度和柔韧性之间取得平衡。其粘度使其适合温和气候,确保铺砌表面具有良好的粘合性和耐久性 沥青 60/70 的应用: 非常适合用于高速公路、机场和其他铺砌表面的沥青生产。 广泛用于热拌沥青,这对于打造耐用且平坦的道路至关重要。 非常适合表面敷料和防水应用。 技术规格: 渗透性:60-70 dmm(分毫米) 延展性:25°C 时为 100 厘米 软化点:46-54°C 粘度:中等,可适应各种温度和气候。 沥青 80/100 与沥青 60/70 相比,沥青 80/100 略软,非常适合交通较少或温度较低的地区。该等级以其灵活性和较低的粘度而闻名。 沥青 80/100 的应用: 用于交通量小的道路、乡村道路以及温度波动最小的地区。 适用于寒冷地区的修补和铺面等维护任务。 技术规格: 渗透性:80-100 dmm 延展性:100 cm 以上 软化点:40-50°C 粘度:低于

沥青 60/70 AH70 80/100 AH90 200/300 Read More »

compare of MEG DEG TEG

compare of meg deg teg ethylene glycols

Differences Between Monoethylene Glycol (MEG), Diethylene Glycol (DEG), and Triethylene Glycol (TEG) Monoethylene glycol (MEG), diethylene glycol (DEG), and triethylene glycol (TEG) are all members of the glycol family, but they have distinct chemical properties, structures, and applications that make them suitable for different uses. Understanding the differences between these compounds is essential for industries

compare of meg deg teg ethylene glycols Read More »

Caustic soda lump

Understanding Why Caustic Soda Flakes Turn Into Lumps Caustic soda flakes, known chemically as sodium hydroxide (NaOH), are widely used in various industries for their potent alkaline properties. However, one of the common issues faced by users of caustic soda is the formation to caustic soda lump in the flakes, which can affect the ease

Caustic soda lump Read More »