PDAC for Paper Mill | Retention & Drainage Polymers

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High-Performance PDAC for Paper Mill Applications | Feymer

High-Performance PDAC for Paper Mill Applications | Feymer

Discover advanced PDAC for paper mill operations from Jiangsu Feymer Technology. Designed to optimize wet-end chemistry, our high-purity PDAC significantly enhances fine fiber retention, water drainage efficiency, and paper dry strength. Backed by rigorous quality control and cutting-edge polymerization technology, our cationic polymers help global paper manufacturers increase machine speed, reduce energy consumption in the drying section, and lower chemical costs. Our PDAC for paper mill also effectively reduces chemical oxygen demand in effluent wastewater, supporting eco-friendly and sustainable production. Partner with us for customized formulations, reliable supply chain logistics, and expert technical support tailored to your specific paper grade requirements.
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Advantages of the product

Enhanced Retention and Drainage Efficiency

Our PDAC for paper mill is specifically formulated to significantly improve the retention of fine fibers and fillers, as well as accelerate water drainage on the forming wire. This leads to increased machine speed and reduced energy consumption during drying. The high cationic charge density of our PDAC promotes strong electrostatic attraction between particles, resulting in better flocculation and faster dewatering. Paper mills using our product have reported up to 20% improvement in first-pass retention and a noticeable reduction in wet-end chemical costs. Additionally, the improved drainage translates into lower steam usage in the dryer section, contributing to substantial energy savings and reduced greenhouse gas emissions.

Superior Paper Strength and Quality

Our PDAC for paper mill acts as a dual-functional additive that not only improves retention but also enhances paper dry strength. By strengthening inter-fiber bonding through ionic and hydrogen bonding interactions, our PDAC helps produce paper with higher tensile and burst strength, allowing you to reduce basis weight without compromising quality. This is particularly beneficial for manufacturers of packaging papers, such as linerboard and corrugated medium, where strength is a critical parameter. Moreover, our PDAC contributes to better formation and reduced fiber flocculation, resulting in a smoother and more uniform paper surface. This improves printability and reduces the risk of web breaks, thereby increasing production efficiency.

Eco-Friendly and Cost-Effective Solution

Our PDAC for paper mill is designed with sustainability in mind. It helps lower the Chemical Oxygen Demand and Total Suspended Solids in process water, facilitating easier wastewater treatment and compliance with stringent environmental regulations. By optimizing chemical usage and reducing the need for additional strength agents or retention aids, our PDAC helps lower overall production costs. Its highly efficient formulation means that a lower dosage is required to achieve the desired results, reducing chemical inventory and handling costs. Furthermore, our PDAC is produced using green manufacturing processes that minimize waste and energy use, aligning with your corporate sustainability goals and enhancing your brand reputation.

PDAC is a water-soluble cationic polymer that is indispensable in the pulp and paper industry. Its primary role in a paper mill is to improve fine particle retention, accelerate drainage, and enhance strength through electrical charge neutralization and interphase bridging. Addressing anionic trash accumulation in closed water loops, Feymer's PDAC forms larger flocs to maximize efficiency and reduce effluent load, supporting sustainable production.

Frequently Questions

What is the typical dosage of PDAC for a paper mill?

The optimal dosage of PDAC for a paper mill varies depending on pulp type, machine configuration, and desired paper properties. Dosages generally range from 0.1 to 1.0 kg per ton of paper. We recommend laboratory trials or on-site optimization to determine the exact amount, minimizing consumption while maximizing performance.
PDAC is compatible with cationic starch, though both compete for anionic sites. Optimizing addition sequences—such as adding PDAC at high shear zones for retention and starch earlier for strength—delivers synergistic benefits. We provide custom testing to ensure ideal formulation balance.

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Customer Testimonials

Herschel Stephenson
Transformed Our Retention System

Switching to Feymer’s PDAC for our paper mill was a game-changer. Our first-pass retention increased by 18%, and we noticed a significant improvement in drainage and paper strength. The technical team’s support during the transition was outstanding—they helped us optimize the dosage and addition point, resulting in cost savings and higher quality output. * Markus Wagner, Production Manager, German Packaging Paper Mill

Verda Stephenson
Eco-Friendly Solution with Great Results

We were under pressure to reduce our environmental impact without compromising on productivity. Feymer’s PDAC for paper mill allowed us to lower our chemical usage and improve retention, which significantly reduced the load on our wastewater treatment plant. The product also enhanced our paper’s strength, enabling us to use more recycled pulp. * Sarah Thompson, Technical Director, US Tissue Manufacturer

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Advanced Polymer Engineering

Advanced Polymer Engineering

At Feymer, we leverage state-of-the-art polymerization technology to produce PDAC with precise molecular weight and charge density. Our manufacturing facility is equipped with advanced process controls that ensure batch-to-batch consistency, which is critical for stable paper machine operation. Our R&D team continuously innovates to modify the polymer structure to meet evolving industry needs, such as ultra-high charge density for aggressive anionic trash systems or low molecular weight for controlled drainage. By optimizing the polymer architecture, we can offer solutions that achieve maximum performance with minimal dosage. This not only improves your process economics but also reduces the chemical load on the environment. Furthermore, our production bases across Jiangsu and Anhui utilize eco-friendly practices that minimize waste and energy consumption, aligning with our commitment to sustainable development.
Integrated Technical Support

Integrated Technical Support

Choosing Feymer’s PDAC means more than just a product; you gain access to our team of seasoned papermaking experts who understand the intricacies of wet-end chemistry. We offer comprehensive technical support, starting from initial product selection and evaluation to on-site troubleshooting and process optimization. Our services include laboratory testing, pilot trials, and full-scale mill audits using advanced tools like FPA and dynamic drainage analyzers. By analyzing your specific process conditions, we can recommend the most suitable PDAC grade and determine the optimal addition strategy. Our goal is to enhance your paper machine performance, reduce costs, and ensure smooth operation. We also provide training sessions for your operators to help them understand the chemistry and best practices. This integrated support ensures that you get the maximum value out of our PDAC.