Jaipur, Rajasthan
GST No. 08AFHPB6082M1Z6
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Minimum Order Quantity: 1 Kg
| Filament Diameter | 9 µm |
| Strand Length | 6 mm |
| Sizing Type | PP Compatible |
| Glass Type | C Glass |
| Application | Injection Molding, Compression Molding |
| Moisture Content | <0.1% |
| Packaging Type | 25 kg Bag |
| Color | White |
Bapna fiberglass strands are commonly used in:
Concrete floors and slabs: To reduce cracking and improve load-bearing life.
Mortar and screeds: Enhanced bonding and shrinkage control.
Plasters and renders: For improved crack resistance.
Prefabricated concrete panels: Added strength in precast elements.
Shotcrete/cement-based sprayed applications: Added reinforcement in tunnels, slopes, and structural repairs.
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Minimum Order Quantity: 1 Kg
| Filament Diameter | 9 µm |
| Strand Length | 12 mm |
| Sizing Type | PP Compatible |
| Glass Type | C Glass |
| Application | BMC |
| Moisture Content | <0.1% |
| Bulk Density | 0.3 g/cm³ |
| Packaging Type | 25 kg Bag |
| Color | White |
Bapna fiberglass strands (also called chopped fiberglass fibers) are short, tiny pieces of glass fiber, typically cut to specific lengths (often 6–12 mm or longer depending on the application). They’re made from spun glass filaments that are chopped into small pieces — creating a bundle of rigid, white/clear fiber strands that look like fine threads or shreds. These fibers are usually coated with a sizing (a treatment that helps them mix well into other materials).
🛠️ Purpose in ConstructionThese chopped fiberglass strands are used as a reinforcing additive in cement, concrete, plaster, mortar, and other composites. When added to a mix, they help improve structural performance.
📌 Key BenefitsStrength Enhancement: They increase the tensile and flexural strength of concrete and cementitious mixes.
Crack Control: They help reduce shrinkage cracking as the material cures — the fibers act like tiny internal braces that hold the matrix together.
Impact & Fatigue Resistance: They improve durability against impact and repeated loading.
Better Toughness: The composite material becomes less brittle and more tolerant to stress.
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