Underhill® UHHMAX02 83A-UH-UHHMAX02
Underhill® UHHMAX02 Surfactant/Polymer Resin Blend, 2.5 gal, Jug, Liquid, Yellow to Brown, Bland
- Manufacturer: Underhill International Corporation
- Brand Name: Underhill®
- Part#: 83A-UH-UHHMAX02
- MPN: UHHMAX02
- UPC: 732185002820
- Min. Order Qty: 1
- Qty. Interval: 1
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Available at Vero Beach
Available at All Branches
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Price:
If you want to maximize plant available water for turf and other plants by 25% or more. Use H2O Maximizer® at 16 to 24 oz (480 to 720 mL) per acre (0.50 hectare) monthly. To enhance water's infiltration into repellant soils while boosting soil water holding capacity for extended residual activity.
Underhill® Surfactant/Polymer Resin Blend, 2.5 gal Net Content, Jug Container, Liquid Form, Odor/Scent: Bland, Yellow to Brown, Composition: 28.5% Alkylpolyglucoside, Poloxalene, Poly (2-Propenamide) Blend, 1 acre per 16 to 24 oz Coverage Area, Application Method: Injectable, Spray, 5 to 6.5 pH pH, >200 deg F Flash Point, 1.03 Specific Gravity, Dispersible in Water
| Application Method | : | Injectable, Spray |
| Color | : | Yellow to Brown |
| Composition | : | 28.5% Alkylpolyglucoside, Poloxalene, Poly (2-Propenamide) Blend |
| Container Type | : | Jug |
| Coverage Area | : | 1 acre per 16 to 24 oz |
| Flash Point | : | >200 deg F |
| Form | : | Liquid |
| Net Content | : | 2.5 gal |
| Odor/Scent | : | Bland |
| Solubility | : | Dispersible in Water |
| Special Order Item | : | N |
| Specific Gravity | : | 1.03 |
| pH Range | : | 5 to 6.5 pH |
- Unique soil surfactant and polymer resin blend that can be tank mixed for spray application or injected directly into irrigation flow
- Surfactant ingredients provide initial soil wetting action while polymer resin adsorbs to soil particles for enhanced water retention
- Reduced watering requirements are achieved through surfactant's reduction of surface tension combined with polymer resin's attachment to soil particles for greater water holding capacity to guard against plant stress
- Polymer resin boosts water retention in soil to deliver enhanced residual activity
SDS