STONES USED IN BUILDING CONSTRUCTION

What Are Stones?

Stone is a naturally occurring hard and solid material obtained from rocks. It has been used as a building material since ancient times because of its strength, durability, availability, and attractive appearance. In civil engineering, stones are selected according to their physical, mechanical, and aesthetic properties and the requirements of the construction work.

Building stones are commonly obtained by quarrying natural rock formations. They may be cut, dressed, polished, or shaped into blocks, slabs, tiles, and other forms according to their intended application.

Types of Stones Used for Building Construction

Different types of natural stones are used in construction and architectural works. Their suitability depends on factors such as strength, hardness, durability, workability, weather resistance, appearance, availability, and cost.

Comparison of Different Building Stones

StoneRock TypeStrength & DurabilityWorkability Main Applications

Granite Igneous Very high Difficult Foundations, flooring, cladding, stairs, countertops, monuments

Marble Metamorphic Good Moderate to easy Flooring, wall cladding, stairs, countertops, decoration

Laterite Highly weathered rock Low to moderate Easy when freshly quarriedMasonry, walls, traditional buildings, paving

Quartzite MetamorphicVery high Difficult Flooring, paving, roofing, steps, heavy-duty surfaces

AlabasterEvaporite/decorative stoneLowEasySculptures, decorative panels, interior features

BasaltIgneousVery highDifficultRoads, aggregates, foundations, dams, paving, masonry

Limestone Sedimentary Low to good, depending on grade EasyBuilding blocks, walls, flooring, cladding,cement

Sandstone Sedimentary Moderate to good, depending on grade Relatively easyWalls, paving, cladding, steps, monuments

Travertine Limestone Moderate Relatively easy Flooring, wall cladding, paving, facades, decorative work

Slate Metamorphic Good to high Moderate Roofing, flooring, paving, wall cladding

Onyx Decorative sedimentary stone Moderate Moderate Interior panels, countertops, decorative features

Note: The actual strength, water absorption, durability, and performance of natural stone can vary significantly with geological source, grade, porosity, finish, and intended application. Therefore, project specifications and test results should be considered when selecting stone for engineering works.

1. Granite

Granite is a hard and durable intrusive igneous rock. It has high compressive strength and excellent

resistance to weathering and abrasion. It is widely used for flooring, wall cladding, staircases,

countertops, paving, building facades, and decorative works.

Advantages: High strength, hardness, durability, weather resistance, attractive appearance, and

good abrasion resistance.

Disadvantages: Relatively expensive, heavy, difficult to cut and shape, and requires specialized

equipment for installation and finishing.

Applications: Kitchen countertops, flooring, paving, kerbs, stairs, wall cladding, building facades,

monuments, and decorative works.

2. Marble

Marble is a metamorphic rock formed mainly from limestone under heat and pressure. It is valued for

its smooth texture, attractive colours, and ability to take a high polish.

Advantages: Attractive appearance, good durability, excellent polish, and availability in various colours

and patterns.

Disadvantages: Relatively expensive, susceptible to staining and scratching, and can be affected by

certain acidic substances.

Applications: Flooring, wall cladding, staircases, countertops, decorative elements, monuments,

and architectural finishes.

3. Laterite

Laterite is a highly weathered soil-like rock rich in iron and aluminium minerals. It is commonly available

in tropical regions and can often be easily cut into blocks when freshly quarried.

Advantages: Easily available in some regions, relatively easy to cut, lightweight compared with many

dense stones, and suitable for masonry when properly selected and protected.

Disadvantages: Generally has lower strength and durability than granite and some other building stones. Its performance can also vary considerably depending on its composition and weathering condition.

Applications: Wall construction, masonry, foundations for suitable low-rise structures, boundary walls, and traditional buildings.

4. Quartzite

Quartzite is a hard metamorphic rock formed from sandstone under heat and pressure. It contains a

high proportion of quartz and is known for its hardness, strength, and resistance to weathering.

Advantages: High hardness, good strength, excellent durability, abrasion resistance, and attractive

natural appearance.

Disadvantages: Difficult to cut and shape because of its high hardness and may require specialized tools.

Applications: Flooring, paving, wall cladding, roofing, steps, and decorative construction.

5. Alabaster

Alabaster is a relatively soft and fine-grained stone that is mainly used for decorative and ornamental purposes rather than heavy structural construction.

Advantages: Attractive appearance, smooth texture, translucency in some varieties, and easy workability.

Disadvantages: Relatively soft, easily scratched, and less resistant to weathering and moisture than harder building stones.

Applications: Decorative panels, sculptures, ornamental objects, interior finishes, and architectural details.

6. Basalt

Basalt is a dense, fine-grained extrusive igneous rock formed from rapidly cooled volcanic lava. It is

generally hard, strong, and durable.

Advantages: High strength, good hardness, excellent durability, abrasion resistance, and good

resistance to weathering.

Disadvantages: Difficult to dress and shape, relatively heavy, and its dark colour may not be preferred

for all architectural applications.

Applications: Road construction, aggregates, foundations, masonry, paving, kerbs, railway works, and other heavy construction applications.

7. Limestone

Limestone is a sedimentary rock composed mainly of calcium carbonate. It is available in a wide

range of colours and textures and is relatively easy to cut and work.

Advantages: Good workability, attractive appearance, availability in many regions, and suitability

for various construction applications.

Disadvantages: Some varieties have relatively low resistance to weathering and acids. Limestone can deteriorate in aggressive environments.

Applications: Building blocks, wall construction, flooring, cladding, paving, architectural works, and cement manufacture.

8. Sandstone

Sandstone is a sedimentary rock composed mainly of compacted and cemented sand-sized mineral

particles. Its properties depend on the type of cementing material and mineral composition.

Advantages: Attractive colours and textures, relatively easy to cut and shape, good workability, and

suitable for architectural applications.

Disadvantages: Some varieties may have relatively high porosity and water absorption and may deteriorate under severe weathering conditions.

Applications: Building walls, flooring, paving, wall cladding, steps, boundary walls, monuments, and decorative works.

9. Travertine

Travertine is a form of limestone deposited from mineral-rich natural water, particularly around

springs. It commonly has a distinctive porous texture and attractive natural patterns.

Advantages: Attractive appearance, good workability, natural texture, and suitability for decorative

applications.

Disadvantages: Its pores can absorb water and dirt, and the surface may require sealing and regular maintenance.

Applications: Flooring, wall cladding, bathrooms, facades, paving, countertops, and decorative architectural features.

10. Slate

Slate is a fine-grained metamorphic rock with a characteristic ability to split into thin, relatively flat sheets.

It is particularly valued for its low water absorption and weather resistance when suitable material is

selected.

Advantages: Durable, relatively impermeable, attractive natural texture, and can be split into thin sheets.

Disadvantages: Can split or break along its natural cleavage planes, and quality varies according to

geological origin.

Applications: Roofing, flooring, wall cladding, paving, steps, and decorative finishes.

11. Onyx

Onyx is a decorative stone valued primarily for its distinctive colours, patterns, and, in many varieties,

its ability to transmit light.

Advantages: Highly attractive appearance, unique patterns, excellent polish, and strong decorative

value.

Disadvantages: Generally more expensive than common building stones and may be relatively

vulnerable to scratching, staining, and damage if not properly maintained.

Applications: Interior wall panels, countertops, reception areas, decorative features, furniture surfaces, and luxury architectural finishes.

Summary

The selection of a building stone should always be based on the purpose of construction, required strength, durability, weather resistance, workability, appearance, availability, and cost.

Granite and basalt are generally preferred where high strength and durability are important. Marble, onyx, and alabaster are mainly valued for decorative and architectural applications. Limestone and sandstone are widely used for masonry and building finishes, while slate is particularly suitable for roofing and flooring because of its natural cleavage and durability.

Therefore, understanding the properties, advantages, disadvantages, and applications of different stones is essential for selecting the appropriate material for a particular civil engineering or building construction project.