Product Overview
Brand: Joyfolk
Color: sliver
Features:
- Energy Efficient Insulation: this attic door insulation cover helps prevent heat loss in winter and keeps hot air out in summer; The reflective aluminum surface blocks radiant heat, reducing energy bills and maintaining comfortable indoor temperatures year-round
- Thermal Material: attic tent constructed from thick reflective insulation and polyethylene bubble layer, it forms a durable thermal barrier; The double insulation design enhances heat resistance and ensures long-lasting performance without sagging or tearing
- Easy Access Design: attic door insulation features a heavy-duty zipper for effortless attic entry and exit without removing the cover; Fit for about 60”L x 30”W x 11”H openings, providing full coverage and reliable air sealing around attic stairways and pull-down ladders
- Simple Installation: attic stairs insulation cover no tools or extra materials required—just place the cover over your attic opening; The flexible edge and lightweight construction make it easy to install or remove within minutes, making it ideal for DIY homeowners
- Universal Fit Energy Savings: compatible with most standard attic openings, this cover minimizes drafts and air leaks, keeping your home's temperature stable; It's a cost-effective upgrade that enhances HVAC efficiency and reduces heating and cooling costs
Details: Features: Reduce your heating and cooling costs with this energy-efficient attic door insulation cover. By ensuring proper insulation, you can enjoy significant savings on your energy bills Designed with a double insulation design, this attic door insulation cover effectively prevents heat loss in winter and keeps hot air out in summer. Enjoy a comfortable home environment all year round with this innovative solution. Specifications: Material: polyethylene bubble layer Color: sliver Size: about 60”L x 30”W x 11”H Package includes: 1 x Attic door insulation cover Notes: Manual measurement, please allow slight errors on size. The color may exist a slight difference due to different screen displays.
