B840 5-Wave Corrugated Skylight Sheet

Product Description

At Senseconn Fortunes, we provide SKFY-B840 5-Wave for project-specific daylighting and enclosure applications. It is a solid corrugated PC daylighting sheet with an 840 mm effective width. Its distinct 5-wave geometry is intended for industrial metal roofs and should be selected against the actual roof-sheet drawing, not by width alone. This product is suitable for daylighting strips and wall-lighting projects where accurate profile fit is important.

Product Advantages

• 5-wave skylight geometry for 840 mm effective-width applications.
• Designed to integrate with compatible corrugated metal roof profiles.
• Robust PC construction for practical industrial daylighting applications.
• Project configuration can include thickness, color, light-transmission level, and cut length.

Customization & Technical Support

We confirm the most suitable configuration based on your project drawings and performance requirements. This profile is not interchangeable with the B840 4-Wave profile. Please provide a roof-sheet cross-section before quotation so that we can review the wave geometry and overlap details.

• Roof profile drawing showing all wave dimensions
• Required thickness, length, color, and quantity
• Roof slope, support spacing, and local load requirements

About Senseconn Fortunes

Senseconn Fortunes, a brand of Jiangsu Shengkang Fuyuan Energy Saving & Environmental Protection Technology Co., Ltd., is a China-based manufacturer and project-oriented supplier of polycarbonate daylighting materials. We develop and supply PC sheets and daylighting solutions for industrial roofs, walls, and enclosures, with support for profile selection, customized production, installation planning, and batch supply.

LET US MATCH YOUR PROJECT. Please share your project location, product dimensions, quantity, required color or light-transmission level, roof or frame drawing, design loads, and any local fire or compliance requirements. Our team will confirm a suitable product configuration and supply proposal.