10 product groups
Bodrum Beton provides tailored solutions to its customers’ specific requirements. All production is covered by TS EN 206 and TS 13515.
01Ready-Mix Concrete Classes (C8–C100)
Standard concrete classes produced by mixing cement, aggregate, water and the required mineral/chemical admixtures in set proportions with a computer-controlled automation system, and delivered fresh.
Where it is used
- Housing projects
- Commercial buildings
- Hotels, marinas, tourism facilities
- Infrastructure and superstructure projects
- Industrial buildings
Advantages
- Wide strength range (C8–C100)
- Homogeneous, controlled, standard-compliant production
- High durability
- Time and labour savings
- Mix design for projects of every scale
Strength / performance
- Cube and cylinder strengths compliant with TS EN 206
- Mix parameters designed to project requirements
- Controlled water/cement ratio
Standards
- TS EN 206
- TS 13515
- G Conformity Certificate + Product Conformity Certificate
02Industrial Floor Concrete
Concrete classes specially designed for areas requiring high abrasion resistance, heavy load capacity and surface performance, strengthened with surface hardener admixtures.
Where it is used
- Airport aprons
- Shipyards and boatyards
- Industrial warehouses and logistics areas
- Port and jetty superstructures
- Floors with heavy machinery traffic
Advantages
- High abrasion resistance
- Suitable for heavy loads and forklift traffic
- Low maintenance
- Long service life
- Mixes with enhanced surface hardness and strength
Strength / performance
- High tensile and flexural strength
- Aggregate structure with enhanced abrasion resistance
- Low surface dusting
- High impact resistance
Standards
- TS EN 206
- TS EN 13813 (for floor screeds)
03Self-Compacting Concrete (SCC – SF1/SF2/SF3)
Special concrete that flows into the formwork and compacts under its own weight without vibration, produced in slump-flow classes compliant with TS EN standards.
Where it is used
- Densely reinforced columns, beams and shear walls
- Architectural fair-faced concrete
- Narrow formwork sections
- Structures where vibration is not permitted
Advantages
- Vibration-free placement
- Excellent surface quality
- Void-free placement between reinforcement
- Labour and time savings
- Noise-free placement
Strength / performance
- Production in SF1–SF2–SF3 slump-flow classes
- High flowability
- Slump-flow stability
- High compressive and flexural strength
Standards
- TS EN 206
- TS EN 12350-8/9 (fresh concrete tests)
04Fibre-Reinforced Concrete
A type of concrete in which micro or macro synthetic fibres are added to the mix to improve crack control, ductility and impact resistance.
Where it is used
- Industrial floors
- Storage areas
- Concrete roads
- All areas requiring shrinkage crack control
- Shipyard and port superstructures
Advantages
- Crack control
- High impact strength
- Shrinkage-free surfaces
- Faster application than conventional steel mesh
- Durable surface performance
Strength / performance
- Enhanced flexural strength
- Fibre dosage and type optimised per project
- Homogeneous fibre distribution
Standards
- TS EN 206
- TS EN 14889-2 (fibre-reinforced concrete)
05Waterproof Concrete
Concrete mixes with improved watertightness through crystalline or crystalline-effect admixtures, preventing the passage of water.
Where it is used
- Basement walls
- Water tanks
- Pools
- Concrete under wet areas
- Underground structures
- Roof slabs
Advantages
- High watertightness
- Freeze–thaw resistance
- Protection against salt water
- Long-lasting structural integrity
Strength / performance
- Controlled water/cement ratio
- Reduced capillary void volume
Standards
- TS EN 206
- TS 13515
- Admixtures used comply with EN standards
06Lightweight Concrete
Special concrete classes with reduced unit weight, produced with lightweight aggregate.
Where it is used
- Lightweight fill areas
- Thermal insulation applications
- Structural elements that need to carry lower loads
- Thermal and acoustic insulation applications
Advantages
- Lower self-weight
- Improves thermal comfort
- Good fire resistance
- Easy workability
Strength / performance
- Unit weight designed per project
- Compressive strengths optimised to the project class
Standards
- TS EN 206
- TS EN sub-standards for lightweight concrete
07Special Concrete for Marine Structures (XS Class)
Concrete classes with enhanced resistance to chloride ions, salt water and marine effects, meeting all requirements of the XS exposure class.
Where it is used
- Marinas
- Jetties and quays
- Port structures
- Marine fills
- Shipyard structures
Advantages
- High resistance to chloride penetration
- Long life
- Enhanced corrosion resistance
- High durability
Strength / performance
- Production for XS1 – XS2 – XS3 – XS4 classes
- Low permeability
- Mineral addition optimisation
Standards
- TS EN 206
- TS 13515
- TS EN 13670 (marine structure applications)
Geographic suitability
- Fully suited to the salinity levels of the Bodrum–Milas coastal areas
- Admixture-controlled production that prevents strength loss in a hot climate
08High-Strength Concrete (C55/67 and above)
Concrete with high compressive strength designed for special structures requiring advanced engineering. Reactive powder concrete (RPC) technology is used where required.
Where it is used
- High-rise buildings
- Engineered bridges
- Structural components requiring special strength
- Industrial columns and machine foundations
Advantages
- Very high strength
- High modulus of elasticity
- Low shrinkage
- Dense, impermeable structure
Strength / performance
- Strength classes C55/67 and above
- Advanced mineral additions
- High consistency and pressure control
Standards
- TS EN 206
09Road and Infrastructure Concrete (RCC + Paver)
Conventional road concrete applied as roller-compacted concrete (RCC) and by paver. Designed for infrastructure applications requiring strength and surface abrasion resistance.
Where it is used
- Road and junction applications
- Pavements
- Infrastructure channels
- Logistics and heavy haulage roads
- Airport runways
Advantages
- High abrasion resistance
- Long service life
- Low maintenance cost
- Fast application
Strength / performance
- High compressive and flexural strength
- Enhanced abrasion resistance
Standards
- TS EN 206
- TS EN 13877 (concrete pavements)
10Project-Specific Mix Design Concrete
Mixes in which strength, consistency, exposure class, admixture dosage and aggregate are designed entirely to the project’s requirements.
Where it is used
- Special architectural projects
- Shipyard and marina structures
- Engineering structures requiring high performance
- All projects requiring laboratory-controlled production
Advantages
- Mix design tailored to every project
- Mixes optimised for environmental exposure
- Higher performance – longer life
- Fully traceable production
Strength / performance
- Unlimited design scope according to project requirements
- Exposure classes: XC, XD, XS, XF, XA, XM, XW
- Special optimisation of consistency – strength – durability parameters
Standards
- TS EN 206
- TS 13515
- Project-specific technical specifications
Let us define the right mix for your project together
Consult our sales team on strength class, consistency, exposure class and delivery planning.