Hyfran Plus 🆓 🆕

| Parameter | Conventional FR | Hyfran Plus | Improvement | |-----------|----------------|-------------|--------------| | Max TDS tolerance | 150,000 ppm | 250,000 ppm | +67% | | Thermal stability limit | 250°F | 300°F | +50°F | | Friction reduction @ 1 gpt | 68% | 75% | +7% | | Proppant settling time (static) | 8 minutes | 22 minutes | 2.75x longer |

Additional benefits:

Hyfran Plus is a premium, subscription-based version of the Hyfran product line that expands core functionality with advanced features for power users and enterprise customers. It focuses on improving reliability, automation, security, analytics, and integration capabilities to support larger-scale deployments and more complex workflows. hyfran plus

Concrete’s compressive strength is inversely proportional to its water-cement (w/c) ratio. To achieve high strength (e.g., >60 MPa), a low w/c ratio (0.25–0.35) is required. However, low water content produces stiff, unworkable concrete that resists compaction, leading to honeycombing and voids. Traditional plasticizers offer only a 5–10% water reduction. | Parameter | Conventional FR | Hyfran Plus

Hyfran Plus belongs to a class of high-range water-reducing admixtures (HRWR) based on modified polycarboxylate ether (PCE) chemistry. It achieves water reductions of 25–40% while producing self-compacting, highly flowable concrete. To achieve high strength (e

Standard elastomeric insulation tends to crack on large-diameter chilled water pipes (over 24 inches) due to thermal contraction and expansion. Hyfran Plus, with its high flexibility and memory retention, remains intact after thousands of thermal cycles. It is the preferred material for district cooling networks and airport HVAC systems.