Loftladders Tradition Plus 140x70x280cm Skladacie podkrovné schody

The Loftladders Tradition Plus is a high-quality folding loft ladder designed for easy and safe access to your attic space. Crafted from durable spruce wood, this 3-section ladder offers a maximum load capacity of 150 kg and features a red safety handrail for added security. The ladder is spring-assisted for smooth operation and includes a continuous perimeter draft seal to improve energy efficiency. With a U-value of 1.1 W/m²K and a 33mm thick hatch insulated with 30mm polystyrene, it helps maintain your home's thermal performance. The rough opening dimensions are 1400 x 700 mm, and it fits ceiling heights up to 2800 mm. The ladder has 12 treads with a tread depth of 80 mm and an approximate angle of 68 degrees. It is EN 14975 certified, ensuring compliance with safety standards.

Advantages

This loft ladder combines robust construction with ease of use. The spring-assisted mechanism makes it effortless to fold and unfold, while the red safety handrail provides stability during ascent and descent. The insulated hatch and draft seal contribute to energy savings, and the unfinished wood finish allows you to paint or stain it to match your interior.

Suitable for

• Attic access in residential homes
• Ceiling heights up to 2800 mm
• Rough openings of 1400 x 700 mm

Key specifications

• Product Type: Folding Loft Ladder
• Material: Spruce Wood
• Number of Sections: 3
• Maximum Load Capacity: 150 kg
• U-Value: 1.1 W/m²K
• Hatch Thickness: 33 mm
• Insulation: Polystyrene (30mm)
• Rough Opening: 1400 x 700 mm
• Maximum Ceiling Height: 2800 mm
• Tread Depth: 80 mm
• Number of Treads: 12
• Handrail: Yes (Red)
• Operating Mechanism: Spring-Assisted
• Certification: EN 14975
• Finish: Unfinished
• Frame Material: Spruce Wood
• Frame Height: 140 mm
• Draft Seal: Continuous Perimeter
• Ladder Angle: Approx. 68 degrees

Recommendations

Ensure your rough opening dimensions match 1400 x 700 mm and ceiling height does not exceed 2800 mm. Professional installation is recommended for safety and optimal performance.