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| Xylan Coating Series |
Xylan 8840 |
| Relative Density |
1.08 g/cm3 |
| Operating Temperature |
Upto 205 deg C |
| Dry Film Thickness |
25 to 30 microns |
We are offeringXylan 8840 Coating.Other Details:
- It is an organic solvent based, food contact acceptable, non stick coating for mould release in both the engineering and food industries.
- This is based on the fluoropolymer FEP, and has a very high order of non- stick properties.
- It is used widely in many demanding non-stick application from sweet and chocolate moulds, cake trays to tyre moulds, textile drying rollers, heat sealing blades and even to solve the notoriously sticky problems of releasing blown polyurethane foams.
Unmatched Chemical and Corrosion ResistanceXylan 8840 provides outstanding chemical and corrosion resistance, making it ideal for challenging industrial environments where protection and durability are essential. Its robust formulation shields metal components from aggressive chemicals, moisture, and high temperatures, ensuring long-term performance and reducing maintenance costs for mission-critical applications like fasteners and valves.
Versatile Application Across Metal SubstratesEngineered for versatility, Xylan 8840 Coating offers excellent adhesion to metals including steel and aluminium. Its application by spray technique allows for an even, smooth finish and precise film thickness control, making it suitable for a variety of industrial components. Custom packaging sizes are available, catering to both large-scale and bespoke projects.
Environment-Friendly and Reliable PerformanceWith its low VOC content, Xylan 8840 is an environmentally considerate option for industries in India focused on sustainable operations. The coatings high-temperature curing ensures a resilient, long-lasting finish with strong adhesion and low friction, delivering significant operational benefits and improved service life for coated components.
FAQs of Xylan 8840 Coating:
Q: How is Xylan 8840 Coating typically applied to substrates?
A: Xylan 8840 Coating is most commonly applied using a spray method, which produces a smooth, uniform film with a thickness of 15-25 microns. After application, the coated parts undergo a high-temperature baking process to ensure a durable and well-adhered finish.
Q: What types of metals are suitable for Xylan 8840 Coating?
A: This coating is specifically developed for metal substrates, including steel and aluminium. Its strong adhesion properties make it especially effective for industrial components that require robust corrosion and chemical resistance.
Q: When should Xylan 8840 Coating be considered for use?
A: Xylan 8840 is best chosen when components require excellent resistance to chemicals and corrosion, along with good solvent resistance, a low coefficient of friction, and the ability to operate at elevated temperatures up to 285C. It is particularly beneficial for fasteners, valves, and similar industrial applications.
Q: Where can Xylan 8840 Coating be sourced in India?
A: Xylan 8840 Coating is available through authorized service providers in India who specialize in industrial coatings. These providers offer tailored solutions, including custom packaging sizes and expert application services, to suit varied project requirements.
Q: What is the main benefit of using Xylan 8840 Coating on industrial components?
A: The primary benefits of Xylan 8840 Coating include extended component lifespan due to superior chemical and corrosion resistance, reduced maintenance needs, and improved operational efficiency. The coatings low VOC emission also contributes to environmental sustainability.
Q: What is the general process for curing Xylan 8840 after application?
A: After the coating is spray-applied, the substrates are subjected to a high-temperature baking process. This curing step is essential for achieving a hard, well-adhered surface that delivers the promised resistance and durability.
Q: How does Xylan 8840 Coating support industrial usage and anti-corrosion requirements?
A: Xylan 8840 Coating offers robust protection by forming a barrier that resists most chemicals, solvents, and corrosive agents, making it ideal for industrial applications where anti-corrosion and reliable performance are critical.