Tailings Management Polymers
Application Scenarios
Suitable for tailings thickening, dewatering, dry stacking and paste tailings operations across mining and mineral processing facilities.
Applicable to conventional tailings storage facilities, dry stack tailings systems, paste backfill operations and tailings water recycling circuits, with adaptability to varying tailings mineralogy and particle size distributions.
Solutions
Specialized polyacrylamide …
Mineral Processing Flocculants
Application Scenarios
Suitable for various mineral processing operations including flotation, thickening, sedimentation and solid-liquid separation across metallic and non-metallic ore processing circuits.
Designed for iron ore, copper, gold, nickel, phosphate, kaolin and other mineral processing plants, with strong adaptability to different ore pulp densities, particle size distributions and process water …
Mining Products
Polyacrylamide (PAM), a high‑molecular‑weight water‑soluble polymer, serves as a critical flocculant widely applied across mineral processing and tailings management in the mining industry. Depending on ore properties and slurry conditions, anionic, cationic or non‑ionic grades are selected for different working scenarios. Through polymer‑bridging effect, its long molecular chains adsorb fine …
GPAM Product Overview
Application Scenarios
GPAM is a highly efficient water-soluble polymer papermaking additive, usually referring to glyoxal-modified polyacrylamide.
The product can form a good bonding network with fibers and enhance the bonding force between fibers, thereby effectively improving paper dry strength, temporary wet strength and the physical properties of finished paper.
This …
DADMAC Product Overview
Application Scenarios
DADMAC (Diallyldimethylammonium chloride) is a high purity, polymer grade, quaternary ammonium salt and high charge density cationic monomer. Its appearance is a colorless and transparent liquid without irritating smell.
DADMAC can be dissolved in water very easily. There is an alkenyl double bond in the molecular structure and …
Anionic Trash Catcher
Application Scenarios
Anionic Trash Catcher is a highly efficient cationic wet-end control additive mainly used to capture anionic interfering substances introduced into the papermaking system by waste paper, broke, fillers, white-water circulation and chemical additives.
The product can quickly neutralize excessive negative charges in the system, reduce the consumption of …
Strength Enhancement Products
Application Scenarios
In kraft linerboard, cultural paper and tissue paper production, the bonding ability between fibers can be enhanced through adsorption on the fiber surface and surface treatment. These improvements effectively enhance the physical properties of paper, including folding endurance, bursting strength, interlayer bonding strength and surface strength, while reducing …
Papermaking Flocculant Products
Application Scenarios
In the white-water recovery section of papermaking systems, the addition of flocculants can effectively reduce white-water concentration, recover fine fibers, reduce the content of suspended solids (SS) in white water, improve white-water reuse rate, and reduce water consumption per ton of paper.
In papermaking wastewater treatment plants, different …
Retention & Drainage Aid Products
Application Scenarios
Single-component retention and drainage systems: suitable for small and medium-sized paper mills with relatively low machine speeds, such as those producing paperboard, core paper and cultural paper. By adjusting retention-aid performance, the requirements of different paper machines during papermaking can be met.
Dual-component or multi-component retention and drainage
Papermaking products
Polyacrylamide (PAM), a high‑performance water‑soluble synthetic polymer, has become an indispensable chemical additive in the modern papermaking industry. Predominantly dosed in the wet‑end of paper machines, it serves as an efficient retention and drainage aid. It adsorbs and aggregates fine cellulose fibers, mineral fillers and tiny colloidal particles, greatly reducing …