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Type of Cement

SIBLINE currently produces two types of cement: PAL 42.5, and PRMS 42.5, available in both bags and bulk.
In addition, we offer masonry cement MC 22.5X in bags.

Cement is produced in accordance with the following standards:
Lebanese: Libnor NL 53: 1999
European: 197-1- CEM II/AL 42.5N

Sibline is the first cement producer in Lebanon to be certified by Libnor with respect to cement quality, norms, and applications.
The compressive strength of cement is determined in accordance with EN 196 – 1 over a period of 28 days.


PA-L-42.5

SOLIDO (PA-L-42.5)

Properties
Portland cement 42.5 is a premium, high-strength Portland cement engineered for a wide range of construction applications. With superior early strength development and excellent workability, it is ideal for demanding structural and general-purpose projects. Manufactured to comply with strict quality and performance standards, this cement ensures durability and reliability in every application

Applications
•Structural concrete (columns, beams, slabs, foundations)
•Precast concrete products
•Bridges and highways
•Residential and commercial buildings
•Industrial construction

PA-Z-42.5

DECO (MC22.5X)

Properties
Deco masonry cement MC22.5X is a versatile and high quality cement specifically formulated for masonry applications which complies with sustainable manufacturing practices. It is designed to deliver excellent workability, durability, and aesthetic results for a variety of masonry projects, including bricklaying, block construction, stonework, and plastering.

Applications
•Plastering and Rendering
•Block and Brick Laying
•Pointing and Joint Filling
•Mortar for Tiles and Pavements
•General Repair and Maintenance Works

P-RMS-42.5

MARINO (P-RMS-42.5 ChB BTNa)

Properties
Marino Cement is a sulfate resistant 42.5 premium-grade Portland cement specifically designed to provide exceptional durability in environments exposed to high sulfate levels. This cement is ideal for construction projects in regions with aggressive soil and groundwater conditions, such as coastal areas. With enhanced resistance to sulfate attack, it ensures the longevity and structural integrity of concrete in demanding environments.

Applications
•Foundations and concrete structures in sulfate-rich soils or marine environments.
•Construction of seawalls, bridges, dams, and other infrastructure exposed to high sulfate levels.
•Reinforced concrete for industrial and wastewater treatment plants
•Concrete roads and pavements in aggressive environments.
•Concrete structures in areas with high industrial pollution or groundwater contamination