Dry Strength Resin Solutions
Advanced polyacrylamide and glyoxalated polymers engineered to maximize structural paper strength, stiffness, and burst performance.
Request a Process AuditPremium Structural Interlocking & Fiber Bonding
At Akash Polymers, our Dry Strength Resins are specifically formulated to boost internal fiber-to-fiber hydrogen bonding. Designed for packaging, linerboard, and kraft grades, our DSR chemistry enables mills to maintain high physical specifications while utilizing cost-efficient short fibers or recycled OCC pulp mixes.
Burst & Tensile Upgrade
Drastically improves primary physical strength indexes, including Bursting Strength, Ring Crush Test (RCT), and tensile breaking length.
Recycled Fiber Optimization
Compensates for structural weaknesses inherent in recycled or weak fibers, allowing for higher substitution percentages of cheaper OCC raw material.
Production & Runnability
Enhances sheet drainage and formation on the wire, lowering steam requirements in the drying section and minimizing surface dusting.
Dry Strength Resin Solutions
Advanced polyacrylamide and glyoxalated polymers engineered to maximize structural paper strength, stiffness, and burst performance.
Request a Process AuditPremium Structural Interlocking & Fiber Bonding
At Akash Polymers, our Dry Strength Resins are specifically formulated to boost internal fiber-to-fiber hydrogen bonding. Designed for packaging, linerboard, and kraft grades, our DSR chemistry enables mills to maintain high physical specifications while utilizing cost-efficient short fibers or recycled OCC pulp mixes.
Burst & Tensile Upgrade
Drastically improves primary physical strength indexes, including Bursting Strength, Ring Crush Test (RCT), and tensile breaking length.
Recycled Fiber Optimization
Compensates for structural weaknesses inherent in recycled or weak fibers, allowing for higher substitution percentages of cheaper OCC raw material.
Production & Runnability
Enhances sheet drainage and formation on the wire, lowering steam requirements in the drying section and minimizing surface dusting.
