OUR PRODUCTS
STEEL
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- REBAR: reinforcing steel in bars and in coils in accordance with many international product standards and with the quality certifications needed to operate in different countries.
- WIRE ROD: mesh grade low carbon, drawing quality medium carbon, and high carbon steel wire rods for many different sectors and applications.
- MERCHANT BARS: Flat bars, round bars, T bars, angles, squares. Products offered in multiple qualities and dimensions.
- BEAMS: A wide range of structural sections including UPN, IPN, IPE, HEA, HEB, W-Beams and Channels.
- TUBES and PIPES: A broad portfolio of welded and seamless pipes in various shapes (round, square, and rectangular) and in different finishing processes.
- HOT ROLLED: A wide range of Hot-Rolled Steel Coils (HRC) and Sheets (HRS), in different steel grades, typically used in many sectors including construction, automotive, heavy equipment and pipes.
- COLD ROLLED: Cold-Rolled Steel Coils (CRC) and Sheets (CRS) in numerous qualities, surface finishes, strengths, and chemistry.
- GALVANIZED: A variety of Galvanized (zinc coated) Steel Coils and Sheets with different coating thickness’ depending on the end use requirements.
- PREPAINTED: A selection of Prepainted Steel Coils and Sheets typically used in many applications including metal roofing, garage doors, containers, and appliances.
A wide range of LONG and FLAT STAINLESS-STEEL PRODUCTS in different steel grades such as the 200 series Austenitic (chromium-manganese alloys), the 300 series Austenitic (chromium-nickel alloys) and the 400 series Ferritic (chromium alloys) and Martensitic (chromium alloys)
A wide selection of RING, SCREW, SMOOTH COIL and LOOSE NAILS, for pallet manufacturing, general construction applications and furniture fabrication. EPAL NAILS, for the production of EPAL certified pallets.
CEMENT
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Our most common cements are:
- CEM I 42.5 N, CEM I 42.5 R and CEM I 52.5 N
- CEM I 42,5 N-SR5 and CEM I 42,5 R-SR5
- CEM II/B-LL 32,5 N, CEM II/A-LL 42,5 R
- WHITE CEMENT CEM II/A-L 42.5N
- CEMENT TYPES
- CEMENT 28-DAY STANDARD STRENGTH
- CEMENT EARLY STRENGTH
- CEMENT CONSTITUENTS
- CEMENT ADDITIONAL CHARACTERISTICS
- PORTLAND CEMENT, CEM I: Portland cement with at least 95% clinker.
- PORTLAND-COMPOSITE CEMENT, CEM II: Portland cement with additives such as fly ash, slag or limestone, up to a maximum additive content of 35%
- BLASTFURNACE SLAG CEMENT, CEM III: blast furnace and portland cement mixture in 3 classes: A, B and C; from lower to higher slag content (from 40% to 90%).
- CEMENTS CEM IV and CEM V: Blended cements produced by adding supplementary cementitious materials to portland cement clinker. CEM IV corresponds to Pozzolanic Cement and CEM V to Composite Cement.
The 3 classes of compressive strengths of the cement in megapascals (MPa) at 28 days are:
- Class 32.5: Low-strength cement typically used for non-structural applications.
- Class 42.5: Medium-strength cement typically used in general construction projects.
- Class 52.5: High-strength cement typically used in high-performance applications, such as precast concrete products, high-rise buildings, and bridges.
Two classes of early strength are included for each class of standard strength.
- N, Normal Strength: This is the most used cement in construction and it gains strength at a normal rate, making it suitable for general purposes.
- R, Rapid Hardening: This type of cement gains strength quickly and it is ideal for applications that require quick setting, such as precast concrete products, repairs, and emergency work.
There are further sub-classifications depending on the constituent’s content and type.
Content
- A: additive content <20%
- B: additive content 21 to 35%
Type
- V, W: Siliceous fly ash (V) and Calcareous fly ash (W)
- S: Granulated blastfurnace slag
- P, Q: Natural pozzolana (P) and Natural calcined pozzolana (Q)
- L, LL: limestone (LL: shall not exceed 0,20 % by mass and L: shall not exceed 0,50 % )
- T: Burnt oil shale
- D: Silica fume
- SULFATE RESISTANT PORTLAND CEMENT, SR: Typically used in sulphate rich environments to increase resistance against salt attacks. It is used for applications in sea and coastal structures, road works, irrigation, and sewerage.
- WHITE CEMENT: It is used in a wide range of esthetic and architectural applications.