Higold Heck Extension Dining Table – Latte - HGA-647692

Higold Heck Extension Dining Table –  Latte - HGA-647692

Length 94.5
Depth 39
Height 30

Finish

Latte

• Elegant & Functional – The Higold Heck Extension Dining Table (Latte – HGA-647692) combines sleek design with practicality, perfect for both small and large outdoor dining experiences.
• Durable & Sturdy – Built with a strong aluminum frame and high-quality materials, this table is crafted for durability and long-term outdoor use.
• Extendable Design – Easily adjustable to accommodate more guests, offering flexibility for any dining occasion.
• Weather-Resistant – Made with UV-resistant and weatherproof materials to maintain its quality and appearance in outdoor environments.
• Charming Latte Finish – The warm Latte color adds sophistication and blends seamlessly with various outdoor styles and furniture.

Q: What is the Higold Heck Extension Dining Table – Latte (HGA-647692)?
A: A sleek and versatile outdoor extension dining table, designed to accommodate both small and large gatherings with ease.

Q: What materials are used?
A: Made with a durable aluminum frame and weather-resistant tabletop for lasting outdoor performance.

Q: What color is the table?
A: Latte – a soft, neutral color that enhances a variety of outdoor settings.

Q: Is it suitable for outdoor use?
A: Yes, designed with UV-resistant and weatherproof materials to withstand outdoor conditions.

Q: How does the extension feature work?
A: The table features an easy-to-use extension mechanism, allowing for extra seating space when needed.

Q: Does it require assembly?
A: Some assembly required for easy setup.

• Regular Cleaning: Wipe with a damp cloth and mild soap; avoid abrasive cleaners.
• Surface Protection: Use placemats or coasters to protect against heat, moisture, and stains.
• Weather Protection: Store indoors or use a cover during harsh weather conditions.
• Frame Care: Check and tighten screws periodically for stability.
• Sun Exposure: Limit direct sunlight exposure to prevent fading and material degradation.