20' x 10' Classic Frame Tent Lace End, Ratchet Top, Full Digital Print

20 x 10 Classic Frame Tent Lace End Ratchet Top Full Digital Print

20 x 10 Classic Frame Tent Lace End Ratchet Top Full Digital Print is a custom-branded sectional roof end designed for Classic Frame tent systems that use lace-in roof connections with ratchet tensioning. Sized to fit a 20 foot wide by 10 foot long end bay, this lace end panel is used with compatible mid roof sections to complete a sectional Classic Frame tent while delivering full-surface graphic visibility.

This lace end ratchet top is digitally printed across the entire roof surface, allowing logos, patterns, sponsor graphics, or messaging to be displayed at scale. It is commonly selected by event rental companies, corporate clients, and organizations that want maximum visual impact at festivals, trade shows, promotions, and branded outdoor events.

Why a Full Digital Print Lace End Matters

On sectional Classic Frame tents, the end roof panels are prominent from multiple viewing angles. A full digital print lace end extends branding beyond valances and walls, creating a cohesive, high-visibility presentation. The lace-in connection draws adjacent roof sections tightly together, and when combined with ratchet anchoring, helps keep the printed surface smooth and evenly tensioned for a clean, professional appearance.

Key Features

• Designed for 20 foot x 10 foot Classic Frame tent end sections
• Lace end configuration for sectional roof systems
• Full digital print coverage for custom graphics and branding
• Ratchet-compatible design for controlled and even roof tensioning
• Built for professional event rental and installation use
• Ideal for high-visibility branded tent applications

How the 20 x 10 Printed Lace End Ratchet Top Is Used

Step 1: Assemble the Frame

Set up and square the Classic Frame tent structure, ensuring the 20 foot wide end bay is level and ready for roof installation.

Step 2: Position the Printed Lace End

Lay the 20 x 10 printed lace end roof section over the end bay, aligning the laced edge with the adjoining mid roof section.

Step 3: Lace to Adjacent Roof Sections

Use the lace connection to join the end panel to compatible mid roof sections, tightening evenly to maintain alignment and graphic continuity.

Step 4: Attach and Tension Ratchet Straps

Install ratchet straps at designated anchor points and tighten gradually, alternating sides to achieve even tension and a smooth printed surface.

Step 5: Final Inspection

Inspect lacing, seams, and ratchet points to confirm the roof is secure, properly tensioned, and visually aligned.

Specifications

• Section Size: 20 foot x 10 foot
• Tent Style: Classic Frame
• Top Configuration: Lace end ratchet top
• Print Type: Full digital print
• Installation Method: Lace connection with ratchet tensioning

Compatibility

• Classic Frame tent systems using lace-in sectional roof designs
• Compatible Classic Frame mid roof sections with lace connections
• Standard ratchet strap anchoring systems
• Sidewalls and accessories sized for 20 foot wide frame tents

What Is Included and What Is Not

• Included: One 20 x 10 Classic Frame lace end ratchet tent top with full digital print
• Not Included: Frame poles, mid roof sections, ratchet straps, lacing rope, sidewalls, stakes, weights, or anchoring hardware

Ideal For

• Custom-branded event tents and promotional installations
• Festivals, trade shows, and sponsor-driven events
• Event rental companies offering printed roof options
• Corporate marketing and outdoor brand activations
• Organizations seeking full-surface graphic visibility

Usage Notes

The 20 x 10 Classic Frame Tent Lace End Ratchet Top Full Digital Print is intended for professional tent installation and rental use. Artwork setup, print layout, and production timelines should be confirmed prior to ordering. Always verify lace compatibility with existing Classic Frame roof components. Proper lacing technique, even ratchet tensioning, and routine inspection during setup and teardown help preserve graphic quality, roof performance, and long-term durability.