Cas No. 26264-06-2 vs. Common Alternatives: Key Differences Explained

Sep. 24, 2024

1. Overview of CAS No. 26264-06-2

CAS No. 26264-06-2 refers to the chemical compound commonly known as "Dimethyloldihydroxyethyleneurea" (DMDHEU). This compound is primarily used as a formaldehyde donor in a variety of applications, notably in textile finishing and manufacturing processes.

2. Common Alternatives to CAS No. 26264-06-2

There are several alternatives to DMDHEU, each serving similar functions but varying in formulation and effectiveness. Here are some of those common alternatives:

Urea-Formaldehyde Resins (UF Resins)
- Usage: Widely used in the production of composite wood products and adhesives.
- Advantages: Strong bonding properties and cost-effectiveness.
- Disadvantages: Potential release of formaldehyde, raising health concerns.
Melamine-Formaldehyde Resins (MF Resins)
- Usage: Commonly used in laminates and coatings.
- Advantages: Higher durability and heat resistance compared to UF resins.
- Disadvantages: Greater cost and still poses formaldehyde-related health risks.
Phenol-Formaldehyde Resins (PF Resins)
- Usage: Utilized in a variety of applications, including electrical products and woodworking adhesives.
- Advantages: Exceptional strength and resistance to moisture.
- Disadvantages: More rigid and less flexible than other resins, limiting applications.

3. Key Differences: CAS No. 26264-06-2 vs. Alternatives

When comparing CAS No. 26264-06-2 with its common alternatives, several key differences emerge:

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Formaldehyde Emission
- DMDHEU is known for being a low-emission formaldehyde donor, which makes it preferred in applications where formaldehyde exposure is a concern.
- Other resins, such as UF and MF, can release significantly higher levels of formaldehyde, raising health and environmental concerns.
Bonding Properties
- DMDHEU offers good bonding efficiency in textile applications, allowing for softer fabric handling.
- UF and MF resins provide stronger bond strength suitable for structural applications but can compromise the flexibility of finished products.
Thermal Stability
- While DMDHEU provides sufficient thermal stability for textiles, MF resins generally offer superior heat resistance for durable applications.
- PF resins are known for their high thermal stability but may not be suitable for textile applications due to rigidity.

4. Conclusion

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Overall, CAS No. 26264-06-2, or DMDHEU, serves as an effective alternative in many textiles and coatings, offering a more favorable option in terms of formaldehyde emissions compared to common alternatives like UF, MF, and PF resins. Understanding the key differences can guide manufacturers and consumers in making informed decisions that align with their specific needs and health considerations.

If you are looking for more details, kindly visit Cas No. 26264-06-2, Examples of Surfactants, Ionic Surfactant Sourcing.

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