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China MS Crystal Clear Sealant - Odorless, Neutral-Curing, Fast Bonding, Yellowing Resistant - Suppliers & Factory
Product Overview
1
MS crystal clear is a one-component neutral curing, without formaldehyde, odorless, low VOC, non-corrosive new system MS crystal adhesive. It can be used in the temperature -30°C–90°C. With good extrudability, thixotropy, and yellowing resistance, it is widely used in traceless bonding and sealing of various substrates.
Frequently Asked Questions
Q
What type of curing system does MS Crystal Clear use?
A
MS Crystal Clear uses a one-component neutral curing system. This means it cures upon exposure to moisture in the air without requiring a second component or mixing process, making it convenient and easy to apply.
Q
Is MS Crystal Clear safe for indoor use?
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Yes. MS Crystal Clear is formulated to be odorless, formaldehyde-free, and low VOC, making it safe and suitable for indoor applications where air quality and occupant health are a concern.
Q
What temperature range can MS Crystal Clear withstand?
A
MS Crystal Clear is engineered to perform reliably across a wide temperature range of -30°C to 90°C, making it suitable for both cold-climate and high-temperature environments.
Q
Will MS Crystal Clear turn yellow over time?
A
No. MS Crystal Clear features excellent yellowing resistance, ensuring the adhesive maintains its clear, transparent appearance even after prolonged UV and environmental exposure — ideal for visible bonding applications.
Q
What substrates is MS Crystal Clear compatible with?
A
MS Crystal Clear is widely used for traceless bonding and sealing of various substrates. Its non-corrosive and neutral curing formula makes it compatible with metals, glass, plastics, ceramics, and more without causing surface damage.
Q
What does "good thixotropy" mean for application?
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Good thixotropy means the adhesive is thick and non-sag when at rest, but flows smoothly when pressure is applied during application. This property ensures precise application without dripping or slumping, especially on vertical surfaces.