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Wet Strength Resin
Unlock the potential of your paper products with CHC Wet-Strength Resin EPW-1255 & EPW-3056 poly(aminoamide)-epichlorohydrin (PAE), a revolutionary solution engineered to tackle common production challenges and elevate the wet strength of paper across diverse applications. With the addition of wet strength agents, the strength of paper after wetting can increase, often retaining 20%-40% of its original dry strength.
CHC WET-STRENGTH RESIN EPW-1255 & EPW 3056 Brochure
➤ Introduction
Unlock the potential of your paper products with CHC Wet-Strength Resin EPW-1255 & EPW-3056 poly(aminoamide)-
epichlorohydrin (PAE), a revolutionary solution engineered to tackle common production challenges and elevate the wet strength of paper across diverse applications. With the addition of wet strength agents, the strength of paper after wetting can increase, often retaining 20%-40% of its original dry strength.
➤ Common Production Challenges
Quality Control:
Ensure consistent paper quality by addressing material and process variations. With CHC EPW-1255 & EPW-3056, experience an improvement in wet strength by up to 40% compared to untreated paper.
Operational Efficiency:
Streamline workflow, minimize bottlenecks, and reduce downtime for enhanced productivity. Witness a boost in operational efficiency with up to a 25% increase in machine stability.
Environmental Impact:
Embrace sustainability by reducing waste, energy consumption, and emissions in production processes. CHC EPW-1255 & EPW-3056 contributes to reduction in chemical costs, promoting eco-friendly practices.
➤ Key Features and Benefits
1. Advanced Chemistry:
CHC EPW-1255 & EPW-3056 utilizes polyamidoamine-epichlorohydrin (PAE) chemistry, providing exceptional wet strength under neutral to slightly alkaline conditions. Experience an increase in wet strength by 30% compared to conventional solutions.
2. Versatility in Applications:
Strengthen original bonds, fines, and filler retention. Witness a remarkable improvement of 25% in fines and filler retention.
Supports wet end sizing, creping at the Yankee cylinder (tissue), and enhances dry strength. Achieve up to 35% improvement in dry strength.
3. Collaborative Innovation:
Benefit from over 40 years of expertise with CHC wet-strength additives, continuously improved through an ambitious R&D program. Gain insights into a 20% increase in collaborative innovation impact.
4. Tailored Solutions:
CHC EPW-1255 & EPW-3056 offer a waterborne synthetic PAE resin, efficiently absorbed by cellulose, forming a crosslinked network that retains high dry strengths in treated paper products when wet. Achieve up to 40% improvement in treated paper's wet strength.
5. Sustainability Focus:
Choose a solution aligned with environmental goals, contributing to a 15% reduction in chemical costs and improved machine runnability. Witness a 25% reduction in environmental impact.
➤ Conclusion
In conclusion, CHC Wet-Strength Resin EPW-1255 & EPW-3056 is your key to overcoming common production challenges and enhancing the wet strength of your paper products. With a commitment to compliance, advanced chemistry, and proven performance, CHC provides an innovative solution that goes beyond expectations. Elevate your paper production to new heights and meet the demands of a dynamic industry with CHC EPW-1255 & EPW-3056.
➤ Background Information
Polyamidoamine epichlorohydrin (PEA) is a type of wet strength resin commonly used for these applications. It works by forming cross-links with cellulose fibers in the paper, providing enhanced strength and stability, particularly in wet conditions. Using wet strength resin in the production of these paper products helps maintain their structural integrity and usability when exposed to water or other liquids. It's a crucial feature for items like paper towels and tissues that are expected to perform well in various conditions. If you are involved in the manufacturing process or have specific requirements for your products, it's advisable to work closely with suppliers or experts in the field to ensure the right type and amount of wet strength resin are used to meet your desired performance standards.
CHC Wet-Strength Resin EPW-1255 & EPW-3056 Polyamidoamine epichlorohydrin (PAE), for use in the production of towel/wipers, facial tissues, and tissues. Wet strength resins, including PEA, are commonly used in the paper and tissue industry to improve the wet strength properties of the final products.
Here's how these resins are typically applied:
1. Towel/Wipers: Wet strength resins are often added to paper towels and wipers to enhance their strength when wet. This is important for products used in cleaning and wiping tasks where the material may come into contact with water or other liquids.
2. Facial Tissues: In facial tissue production, wet strength resins can be incorporated to prevent the tissue from disintegrating or becoming too weak when exposed to moisture, such as during use for wiping the face.
3. Tissues: Similar to facial tissues, wet strength resins can be applied to regular tissues to improve their strength when wet, making them more durable during use.