Application scenarios
Low-Speed Paper Machines
Customized Performance Adjustment
High-Speed Paper Machines
Synergistic Multi-Component Operation
Dual or Multi-component Retention and Drainage System: Designed for large, high-speed paper machines, such as corrugated board paper machines and cultural paper machines. This system employs the synergistic cooperation of multiple components, including retention aids and drainage micro-particles, to fully leverage the unique characteristics of each product and meet the stringent demands of modern paper machines.
Solution
The Nuoer product series features a unique product structure with appropriate ionic degree and moderate molecular weight. Through single, dual, or multi-component combinations, it offers the following advantages:
– Wide pH range: Applicable within pH 4.5 to 8.5
– Effectively improves the retention rate of fine materials and enhances the performance of sizing agents
– Reduces white water concentration, thereby improving white water reuse efficiency
– Enhances the fixation of anionic impurities (such as pitch and stickies) and improves the retention of fine fibers and fillers
– Boosts drainage efficiency, improves paper uniformity, and ensures efficient paper machine operation
– Increases paper mill productivity
| Product | Ionic Nature | Application | Features | Performance Summary |
| Dry Powder Retention Aid | Cationic | Cultural paper, corrugated board, cardboard, tube paper | Adjustable high and low molecular weight, Controllable high and low charge density |
Wide applicability, high retention rate, improves paper machine drainage, enhances paper uniformity, and offers excellent shear stability against interference |
| Microsphere Emulsion Retention Aid |
Cationic | Corrugated board, cardboard, tube paper, coated paper | Low molecular weight, High charge density |
Through bridging flocculation and patching mechanisms, promotes retention of paper materials and enhances paper machine drainage. Reduces white water concentration, decreases raw material consumption, and lowers energy consumption. |
| Anionic | Cultural paper | Low molecular weight, High charge density |
Through bridging flocculation and patching mechanisms, promotes retention of paper materials and enhances paper machine drainage. Reduces white water concentration, decreases raw material consumption, and lowers energy consumption. |
