High rise Buildings

About

High-rise buildings demand concrete that performs reliably under shrinkage stress, temperature variation, fast construction schedules, and long-term service conditions.

From podium slabs and basements to plastering, screeds, façade elements, and non-primary structural concrete applications, crack control and surface durability matter.

Glassman AR Glass Fibres by DD Solutions help improve concrete and mortar performance by reinforcing the matrix from within. The fibres help control shrinkage cracks, reduce permeability, improve surface finish, and support long-term durability.

For high-rise construction, Glassman is a practical solution where clean finish, non-corrosive reinforcement, and early crack control are important.

Why Glassman for

High-Rise Buildings?

In high-rise work, cracks are not just technical issues, they become visible quality issues. Glassman AR Glass Fibres help reduce early micro-cracks and improve surface consistency. Because they do not corrode and remain nearly invisible at the surface, they are especially useful in areas where finish, durability, and long-term appearance are important. For project teams, Glassman provides an easy way to improve concrete performance without complicating the construction sequence.

Key Benefits

Controls Shrinkage Cracks

Controls Shrinkage Cracks

Useful for slabs, screeds, plaster, and repair layers.

Improves Surface Finish

Improves Surface Finish

Fibres remain virtually invisible and do not require extra finishing.

Non-Corrosive

Non-Corrosive

Helps avoid rust-related staining or surface defects.

Reduces Permeability

Reduces Permeability

Helps limit water and pollutant movement through micro-cracks.

Supports Faster Site Execution

Supports Faster Site Execution

Easy to add into concrete, plaster, or wet mixes.

Improves Long-Term Serviceability

Improves Long-Term Serviceability

Helps reduce visible cracking and surface deterioration.

Typical Applications

  • Facade and architectural elements
  • Non-primary structural slabs
  • Service floors
  • Parking decks
  • Precast high-rise components
  • Podium slabs
  • Basement slabs
  • Screeds and toppings
  • Plastering
  • Repair mortars

Usage & Mixing Guildlines

  • Add during final mixing stage
  • Use in concrete, plaster, screed, mortar, or wet mix as per application
  • Ensure uniform dispersion
  • Conduct trial mixes for surface-sensitive applications
  • Maintain workability for proper placement and finishing

Quality Standards

  • Fibre dispersion check
  • Surface finish inspection
  • Engineer approval for structural applications
  • ASTM C1116/C1116M recognizes glass fibre-reinforced concrete as Type II fibre-reinforced concrete containing alkali-resistant glass fibres.

Recommended Fibre Types

Glassman AR Glass Fibre – 12mm

Suitable for plastering, screeds, slabs, repair mortars, and general concrete applications.

Glassman AR Glass Fibre – 16mm

Suitable for thicker concrete sections requiring enhanced crack-control support, subject to trial approval.

Suggested Dosage

0.5 kg to 1.0 kg per m³ of concrete

For plaster, screed, and mortar applications, dosage should be validated through trial mixes based on workability, finish, and crack-control requirements.

Technical Note

Recommended dosage and fibre length should always be finalized based on the application, mix design, site conditions, and trial results.

For structural replacement of steel reinforcement, project-specific validation by a qualified engineer is required.