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Analysis of the performance of scouring pad adhesives: the importance of water resistance and chemical resistance

Update:1. Basic characteristics of scouring pad binderScooting pads are usually composed of two or more layers of materials, on...
Summary:Nov 07,2024

1. Basic characteristics of scouring pad binder
Scooting pads are usually composed of two or more layers of materials, one of which is a wiping material (such as sponge, fiber, etc.) and the other is a base material (such as a plastic mesh), and the two are tightly bonded by an adhesive. The choice of adhesive directly affects the overall durability and use effect of the scouring pad. The ideal adhesive should have the following characteristics:

Good bonding strength: ensure that the wiping material and the base material are tightly bonded and not easy to delaminate.
Water resistance: can maintain a stable bonding effect in a humid environment and is not easy to fall off due to water absorption.
Chemical resistance: has a certain resistance to common cleaning agents, acid and alkali solutions, etc., to avoid failure due to chemical corrosion.
Environmental protection and safety: non-toxic and harmless, in line with relevant environmental protection standards, to protect the health of users.
2. Factors affecting adhesive performance
Although the needs of water resistance and chemical resistance have been taken into account in the design and manufacture of adhesives, their actual performance is still affected by many factors:

Adhesive types: Different types of adhesives (such as hot melt adhesives, water-based adhesives, polyurethane adhesives, etc.) have different water resistance and chemical resistance. For example, polyurethane adhesives are often used in situations that require high chemical resistance due to their excellent chemical resistance.
Adhesive quality: High-quality adhesives usually contain more refined formulas and higher purity, which can provide stronger adhesion and better environmental resistance.
Usage conditions: including temperature, humidity, type of cleaning agent and frequency of use. Extreme conditions or frequent use will accelerate the aging of adhesives and reduce their performance.
3. Considerations when choosing scouring pads
Given the important impact of adhesive performance on the service life and effect of scouring pads, consumers should focus on the following points when choosing:

Clear usage scenarios: Choose suitable scouring pads according to the nature of the cleaning task (such as kitchen grease, bathroom water stains, glass cleaning, etc.), understand the type of cleaning agent, and thus choose adhesives with corresponding chemical resistance.
Check product descriptions: Read product labels and instructions carefully to understand the composition, water resistance and chemical resistance levels of the adhesive, as well as recommended cleaning agents and storage conditions.
Brand reputation: Choose well-known brands and reputable manufacturers, which usually pay more attention to product quality and user experience, and the products they provide are often strictly tested and certified.
User Reviews: Read reviews and feedback from other users to learn how the product performs in real-world use, especially regarding adhesive durability.

Zhejiang Ruico Advanced Materials Co., Ltd.
Ruico Advanced Materials is a famous china flame retardants suppliers and acrylic resins manufacturers, ruico has successively obtained “high-tech enterprises”, “provincial enterprise r&d centers”, “provincial innovative demonstration small and medium-sized enterprises”, “south taihu elite plan leading innovative enterprises”.
● Strong research and development capabilities and comprehensive product line
● The first domestic fully automated operating system platform independently designed and developed by China
● Professional testing laboratory platform
● The product meets various domestic and international professional testing standards and environmental protection requirements.
● On-time and fast delivery ability, professional customer service system

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