Accuride Ball bearing full extension slides Dual 3630
Price in EUR including VAT
Delivered between Tue, 14/4 and Thu, 16/4
Only 3 pieces in stock at supplier
Only 3 pieces in stock at supplier
free shipping
Length5
Product details
The Accuride Dual 3630 ball full-extension slides offer a reliable and efficient solution for drawer systems. These drawer slides allow full extension in both directions and are equipped with a locking mechanism in the middle position, ensuring easy handling and stability. Made from galvanized steel, the slides feature a high load capacity of up to 45 kilograms, making them ideal for various applications. The rails are robust, with a rail thickness of 21.6 mm and a rail height of 36.4 mm. With a pull-out length of 532 mm, they provide easy access to the contents of the drawer. These slides are designed for side mounting, offering a durable and functional solution for your furniture.
- Full extension in both directions with locking mechanism in the middle position
- Load capacity of up to 45 kg
- Made from galvanized steel for increased durability
- Rail thickness of 21.6 mm and rail height of 36.4 mm
- Easy side mounting for versatile applications.
Exact colour description | Grey |
Material | Steel |
Extension type | On both sides |
Max. load | 45 kg |
Items per sales unit | 2 pcs. |
Length | 500 mm |
Item number | 10879232 |
Manufacturer | Accuride |
Category | Drawer runners |
Manufacturer no. | DZ3630-0050 |
Release date | 28/3/2019 |
Colour | Grey |
Exact colour description | Grey |
Material group | Metal |
Material | Steel |
Surface finish | Galvanized |
Extension type | On both sides |
Closing function | Undamped |
Max. load | 45 kg |
Extract path | 532 mm |
Country of origin | Germany |
CO₂ emissions | 6,97 kg |
Climate contribution | EUR 0,17 |
Items per sales unit | 2 pcs. |
Length | 500 mm |
Width | 21.60 mm |
Specifications may include unverified machine translations.
14-day cancellation right
30-day right of return
30-day right of return
24 Months statutory warranty
Legal concerns