Bi-COMPONENT SPUNBOND FABRIC
Bi-COMPONENT SPUNBOND FABRIC
Product Description
Bi-Component Spunbond Fabrics are high-strength, thermally bonded nonwoven materials engineered for use in infrastructure and technical textile applications. These fabrics provide durability, stability, and resistance to environmental stresses, making them suitable for heavy-duty projects such as railways, highways, and geotechnical engineering.
Technical Specifications
| Parameter | Details |
|---|---|
| Manufactured by | Customer in India |
| Fabric Weight | 215 gsm (grams per square meter) |
| Bonding Method | Thermally bonded |
| Production Line | Francis Shaw Line |
| Application Areas | Railways, Roads & Highways (Geotextiles, Ground Stabilization, Drainage) |
| ALOK Products Used | UV Stabilizer MB, Antioxidant MB |
Applications
- Railways – ballast stabilization, track bed separation
- Roads & Highways – soil reinforcement, erosion control, drainage layers
- Embankments & Retaining Walls – geotextile reinforcement
- Landfills & Environmental Barriers – soil separation and lining support
- Agriculture – ground covers, weed barriers, and crop protection fabrics
Key Benefits
- High Strength & Stability – Reinforces soil, prevents erosion, and improves load distribution
- UV & Oxidation Resistant – Extended outdoor service life even in harsh environments
- Thermal Bonding – Provides uniform strength and fabric integrity
- Durability – Withstands mechanical stress, traffic loads, and weather exposure
- Easy Installation – Lightweight, flexible, and compatible with civil engineering applications
Cross-Sell Product Opportunities
| Category | Cross-Sell Products | Key Benefits |
|---|---|---|
| Durability & Protection | UV Stabilizer MBs (HALS-based) | Enhances outdoor weathering resistance for geotextiles & roofing applications |
| Antioxidant MBs (HP-OIT, Phenolic blends) | Improves thermal & oxidative stability during processing & end use | |
| Mechanical Performance | Filler MBs (Talc / CaCO₃) | Improves stiffness, tensile strength & dimensional stability |
| Impact Modifier MBs (EVA/POE-based) | Adds toughness and flexibility in demanding infrastructure applications | |
| Processing Efficiency | Processing Aid MB (PPA – Fluoropolymer based) | Reduces melt fracture, improves spinnability & fiber consistency |
| Antistatic MBs | Reduces static charge, improves handling and safety | |
| Functional Additives | Hydrophobic/Repellent MBs | Adds water repellency for geotextiles & filtration fabrics |
| Flame Retardant MBs | Improves fire safety for railway, construction, and automotive textiles | |
| Aesthetic & Branding | Color MBs (Grey, Black, Custom shades) | Enables differentiation and alignment with end-use branding |
| Optical Brightener MBs | Enhances whiteness & brightness for high-visibility applications | |
| Adjacent Applications | Geotextiles (Railways, Roads, Highways) | Shared durability & stability requirements |
| Roofing Underlay Fabrics | Similar multilayer, UV-resistant application space | |
| Agricultural Nonwovens (Crop Covers, Ground Covers) | Growth potential in protective agricultural textiles |
