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The Hilltake NEXT series represents the pinnacle of liquid storage engineering, manufactured with state-of-the-art German Blow Molding Technology. This precision process ensures a perfectly uniform wall thickness and a seamless monolithic body, resulting in an Unbreakable-Water-Tank-Logic that outperforms traditional rotational molded alternatives. The structural design is now available in three functional colors: Black for maximum heat absorption and UV protection, Green for architectural blending, and Yellow for high visibility. The 3-Layer-System incorporates an advanced inner liner with Anti-Bacterial-Properties, preventing the growth of harmful microbes and maintaining water purity. Integrated with high-concentration UV stabilizers, the tank is immune to the degrading effects of harsh sunlight, ensuring the polymer remains ductile and impact-resistant throughout its long service life in Nepal's diverse climate.
| Capacity (Litres) | Height (Inches) | Diameter ⌀ (Inches) | Manhole Diameter ⌀ (Inches) |
| 500 | 42" | 34" | 16" |
| 750 | 39" | 42" | 16" |
| 1000 | 52" | 42" | 16" |
| 1500 | 51" | 52" | 16" |
| 2000 | 65" | 52" | 16" |
German Blow Molding Logic: Manufactured using world-class automated technology that ensures a seamless, uniform, and high-density structure for unmatched durability and strength.
Anti-Bacterial Purity System: Features a specialized inner layer with active anti-bacterial properties that inhibit microbial growth, keeping the stored water safe and hygienic.
Unbreakable Structural Integrity: Engineered to be virtually indestructible, the high-tensile polymer body resists cracks, punctures, and heavy impact under extreme conditions.
Color-Coded Performance Design: Available in Black (ideal for algae prevention), Green (architectural blending), and Yellow (industrial visibility) to suit specific site requirements.
Triple-Layer UV Defense: Built with three distinct layers of advanced polymer to provide maximum thermal insulation and complete protection against UV degradation and sunlight penetration.