| Specification Category | Technical Detail |
| Brand | Sika India Pvt Ltd |
| Model Number | Sika P24 MG |
| Material | Low-Density Polyethylene (LDPE) |
| Thickness | 3 mm |
| Roll Dimensions | 1 Meter x 10 Meters |
| Total Coverage | 10 Square Meters |
| Usage / Application | Foundation and Basement Waterproofing |
| Product Form | Sheet / Membrane Roll |
| Durability Logic | Puncture and Chemical Resistant |
| Flexibility | High Elongation for Structural Contours |
High-Durability LDPE Composition: Engineered from premium Low-Density Polyethylene to provide a long-lasting, chemically resistant barrier that protects structures from aggressive soil conditions.
Precision Three Millimeter Thickness: Ensures a consistent, heavy-duty protective layer across the entire surface area, offering superior puncture resistance compared to thinner alternatives.
Optimized Roll Dimensions: Supplied in a ten-square-meter format for efficient coverage and ease of handling, reducing the number of joints and overlaps in foundation waterproofing.
Superior Hydrostatic Resistance: Designed to withstand significant water pressure in underground applications, making it an essential component for basement tanking and sub-structure sealing.
Flexible Structural Adaptation: The membrane's high elasticity allows it to conform effortlessly to irregular structural profiles and corners without losing its waterproof integrity.
Sika P24 MG is a high-performance, three millimeter thick waterproofing membrane engineered for robust structural protection. Manufactured using premium Low-Density Polyethylene (LDPE), this membrane provides an exceptionally durable and flexible barrier against water ingress and moisture migration. The material's inherent chemical resistance and high tensile strength make it an ideal choice for sub-structure waterproofing, basement tanking, and damp-proof course applications. Supplied in a convenient one meter by ten meter roll format, Sika P24 MG ensures consistent thickness across the entire application area, eliminating the risks associated with liquid-applied variances. Its flexible nature allows it to conform to structural contours while maintaining a puncture-resistant shield, effectively safeguarding the building's foundation from hydrostatic pressure and soil-borne moisture.