Goodrich Agrochem Pvt Ltd Sector 8, Karnal, Haryana

We offer Pasting Gum Powder. Specially Developed Cold Water Soluble Bio Polymer for Pasting Application in Paper Conversion Products. PSP (1:2) Angle Boards , Core Pipes PSP (1:10) Pasting Gum for corrugated boxes PSP (1:1.5) Honeycomb Packaging Pallets & Paper core PSP is employed in the Paper Conversion Industries for the following purposes: 1. Excellent adhesive properties 2. High strength film property 3. Best tackiness 4. Wide range of water solubility 5. Fast drying property 6. Improve bursting strength and compression strength

Our company is well recognized manufacturer, exporter and supplier of premium quality assortment of hemicell in karnal, haryana, india. Hemicell - a new age grafted bio polymers for kraft paper liner board & writing printing news printing paper industries. Hemicell is employed in the kraft paper & board industries for the following purposes, 1. It improves fiber to fiber bonding. 2. To improve the formation and fiber distribution. 3. Better glaze & stiffness. 4. Increase in breaking length, double fold, tear factor & other strength properties w.r.t. Writing printing paper industry. 5. Increase in burst factor (bf), ply bonding and ring crush test etc. W.r.t kraftboard industry. 6. Retains fiber & fines and them leading to better yield of fiber from the same raw material. We prove this techno – commercial edge, over others strength additives brand names in this industry.

We offer Galactobond. In the pulping process, along with the removal of lignin, much of the natural hemicelluloses (mannans and xylans) are wiped out. Our gum replaces and supplements these hemicelluloses in paper bonding with many advantages. Which include improved sheet formation with a more random distribution of pulp fibers (fewer fiber bundles), increased mullen or burst strength, fold strength, tensile strength, pick, flat crush of corrugating medium, machine speed, retention of fines, improved finish & decreased porosity. The hydrogen-bonding effect is one of the major factors affecting fiber to fiber bonding. The rigid molecular structure of our gum with its primary and secondary hydroxyl groups contributes to its interaction with the cellulose fibers in counteracting the fibers natural tendency to lie in a machine-oriented pattern.