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Expanded Microspheres Technical Sheet
| Product Code | Appearance | Shell Material | Average Particle (μm) | T-start (℃) | T-max (℃) | Solid Content | Operations |
|---|---|---|---|---|---|---|---|
| CYE-8008 | White powder | Acrylic copolymer | 20-35 | 135-145 | 195-210 | ＞97% | Inquiry |
| CYE-8018 | White powder | Acrylic copolymer | 20-35 | 140-150 | 198-210 | ＞97% | Inquiry |
| CYE-8009 | White powder | Acrylic copolymer | 20-35 | 150-160 | 205-215 | ＞97% | Inquiry |
| CYE-8019 | White powder | Acrylic copolymer | 20-35 | 145-155 | 190-200 | ＞97% | Inquiry |
| CYE-8029 | White powder | Acrylic copolymer | 20-35 | 150-160 | 195-205 | ＞97% | Inquiry |
| CYE-9006 | White powder | Acrylic copolymer | 20-35 | 155-165 | 205-215 | ＞97% | Inquiry |
| CYE-9016 | White powder | Acrylic copolymer | 20-35 | 150-160 | 195-205 | ＞97% | Inquiry |
| CYE-9036 | White powder | Acrylic copolymer | 20-35 | 160-170 | 190-200 | ＞97% | Inquiry |
| CYE-9007 | White powder | Acrylic copolymer | 20-35 | 150-160 | 195-210 | ＞97% | Inquiry |
| CYE-9018 | White powder | Acrylic copolymer | 20-35 | 155-165 | 200-210 | ＞97% | Inquiry |
| CYE-7018 | White powder | Acrylic copolymer | 20-30 | 120-130 | 170-180 | ＞97% | Inquiry |
| CYE-7008W | Filter cake | Acrylic copolymer | 10-20 | 120-130 | 160-170 | ＞70% | Inquiry |
| CYE-7018W | Filter cake | Acrylic copolymer | 20-30 | 120-130 | 170-180 | ＞70% | Inquiry |
Frequently Asked Questions (FAQ)
What is the difference between the White Powder and Filter Cake appearances?
White powder grades (such as CYE-8008) have a solid content of over 97% and are completely dry. Filter cake grades (marked with a 'W', like CYE-7008W) are wet forms containing moisture with a solid content of over 70%, which is ideal for dust-free processing environments.
How should I choose the right product based on expansion temperatures?
You should select a grade according to your processing temperature. "T-start" represents the temperature at which the microspheres begin to expand, while "T-max" is the temperature where maximum expansion is achieved. Ensure your processing window falls within these ranges.
What is the shell material of these expanded microspheres?
All products in this technical sheet feature an Acrylic copolymer shell, which provides excellent gas barrier properties, resilience, and flexibility during thermal expansion.
What are the typical applications for these microspheres?
Expanded microspheres are widely used as lightweight fillers and blowing agents in thermoplastics, printing inks, paints, coatings, automotive underbody sealants, and various foaming materials to reduce density and improve elasticity.
How can I request a quote or technical support for a specific grade?
Simply click the "Inquiry" button next to the desired product code in the technical sheet. Our technical team will contact you promptly to provide pricing, samples, and application guidance.
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