1. Plain Concrete (Normal Strength Concrete)

Overview:

Plain concrete, known as regular strength concrete, is the most straightforward and commonly used mix. It consists of cement, sand, and aggregate in a standard ratio 1:2:4, mixed with water. This type of concrete is widely used for basic construction applications where high tensile strength isn’t a critical requirement.

Uses:

• Pavements and walkways
• Flooring for residential and commercial buildings
• Simple foundations and non-load-bearing structures

Benefits:

Easy to mix and apply

Cost-effective for large-scale projects

Suitable for applications that don’t require reinforcement

2. Reinforced Concrete (RC)

Overview:

Reinforced concrete is an enhanced version of plain concrete that includes steel bars, mesh, or fibers to improve its tensile strength and load-bearing capacity. This makes it a popular choice for structures requiring extra durability and resilience.

Uses:

• Bridges, tunnels, and overpasses
• High-rise buildings and structural foundations
• Beams, columns, and slabs in construction

Benefits:

Greater tensile strength and crack resistance

Long-lasting and highly durable

Can withstand heavy loads and harsh weather conditions

3. Decorative Concrete – Stylecrete by Premix Concrete

Overview:

Unlike traditional concrete used for structural purposes, decorative concrete focuses on aesthetics and functionality. It can be enhanced using different textures, colors, finishes, and patterns to create visually appealing surfaces.

Premix Concrete supplies over 40 different mixes of Stylecrete, all manufactured to Australian standards and available in various finishes to suit different architectural styles.

Types of Decorative Concrete:

• Stamped Concrete: Mimics the look of brick, stone, or wood through textured patterns.
• Colored Concrete: Pigments or dyes are added to achieve various colors.
• Polished Concrete: A smooth, high-gloss finish achieved through mechanical grinding and polishing.
• Colored exposed aggregate concrete: A popular decorative style where the top layer is removed to reveal stones, quartz, or gravel beneath, giving a unique textured appearance.

Uses:

• Driveways, patios, and walkways
• Interior flooring with a modern aesthetic
• Pool decks and outdoor landscaping

Benefits:

Enhances the visual appeal of structures

Low maintenance compared to traditional flooring

It can be customized for unique design preferences

Supplied by Premix Stylecrete Concrete, ensuring top-quality materials and expert 

Craftsmanship

4. High-Strength Concrete (HSC)

Overview:

High-strength concrete is designed for projects that demand extra compressive strength. It is created using a lower water-to-cement ratio and often includes silica fume or fly ash to enhance its durability.

Uses:

• Skyscrapers and commercial buildings
• Bridge construction and heavy infrastructure
• Industrial floors are exposed to extreme loads.

Benefits:

Exceptional strength and load-bearing capacity

Increased resistance to environmental factors

Longer lifespan than standard concrete

5. Lightweight Concrete

Overview:

Lightweight concrete incorporates lightweight aggregates like pumice, expanded clay, or perlite, reducing the structure’s overall weight while maintaining strength.

Uses:

• Roofing and insulation
• Bridge decks and precast wall panels
• Decorative elements in architecture

Benefits:

Reduces structural load

Improves thermal and sound insulation

Easier to transport and handle on-site

6. Ready-Mix Concrete (RMC)

Overview:

Ready-mix concrete is pre-mixed at a batching plant and transported to construction sites in transit mixers. It eliminates the need for on-site mixing, ensuring consistency and efficiency.

Uses:

• Large-scale construction projects
• Residential and commercial building foundations
• Infrastructure projects with strict quality control

Benefits:

Time-saving and efficient

Ensures consistent quality and strength

Reduces material wastage

7. Precast Concrete

Overview:

Precast concrete elements are manufactured in a controlled environment before being transported and assembled on-site. This method allows for faster construction and improved quality control.

Uses:

• Beams, columns, and panels
• Precast staircases and boundary walls
• Bridges and drainage systems

Benefits:

Faster installation and reduced labor costs

Higher precision and uniformity

Enhanced durability and weather resistance

8. Self-Consolidating Concrete (SCC)

Overview:

Self-consolidating concrete is a highly flowable mix that spreads into place without requiring mechanical vibration. It is ideal for complex formwork and densely reinforced structures.

Uses:

• Architectural structures with intricate designs
• Densely reinforced columns and walls
• Precast concrete elements

Benefits:

Reduces labor costs and work time

Provides a smooth, high-quality finish

Minimizes the risk of voids or honeycombing

10. Polymer Concrete

Overview:

Polymer concrete replaces traditional cement with polymer resin, creating a highly durable and chemical-resistant material.

Uses:

• Industrial flooring and drainage systems
• Repairing and resurfacing damaged concrete
• Applications requiring high resistance to chemicals

Benefits:

Exceptional strength and bonding capabilities

Resistant to water and harsh chemicals

Rapid curing and reduced maintenance requirements