Snowdon Timber Treated Timber - 45mm x 145mm x 1800mm - 8 Pack
The Snowdon Timber 6x2 inch pressure treated timber is a strong and reliable solution for a variet...The Snowdon Timber 6x2 inch pressure treated timber is a strong and reliable solution for a variety of structural DIY and garden projects. Measuring 45mm thick, 145mm wide, and 1800mm long, these beams are crafted from C16 graded softwood, providing the strength required for decking joists, framing, fencing, and landscaping. Each board is planed for a smooth, safer finish and pressure-treated to ensure long-lasting durability against rot, decay, and moisture. This 8-pack is sized for easy handling and cutting, making it an ideal choice for both professional contractors and garden DIY enthusiasts looking for stability and resilience in their outdoor builds.
The Snowdon Timber 6x2 inch pressure treated timber is designed for both DIY enthusiasts and professional contractors who require a robust, reliable structural material for outdoor projects such as decking, framing, and landscaping. The primary benefit of this softwood is its C16 grading and deep-penetration pressure treatment, which offers exceptional resistance to rot and moisture; however, users should note that the 1800mm length is fixed, which may necessitate additional planning for larger span requirements.
All features
Brand
Snowdon Timber
Extended Product Information
FAQs
Is this timber suitable for ground contact?
Yes, the pressure treatment is designed to handle exposure to moisture, making it suitable for outdoor structural use.
Can I paint this timber?
Yes, but ensure the wood is completely dry and has been allowed to weather for a few weeks if it feels damp from the treatment process.
What does C16 grading mean?
C16 is a structural grade that indicates the timber meets specific strength, stiffness, and density requirements suitable for construction tasks like joists.
Are these boards rough-sawn or smooth?
These boards are planed, providing a smooth finish that is safer and easier to handle.
Do I need to treat the cut ends?
Yes, whenever you cut the timber, the preservative seal is broken; apply a brush-on wood preservative to all cut surfaces to maintain durability.
Troubleshooting
Timber appears slightly damp upon delivery
This is often a result of the pressure treatment process; allow the timber to dry in a well-ventilated, shaded area before installation.
Difficulty driving screws into the wood
Ensure you are using high-quality exterior grade screws and pre-drill pilot holes to avoid splitting the timber.
Timber shows signs of warping or bowing
Secure the timber immediately to your structure using appropriate bracing; once fixed into a frame, the structural integrity will hold the wood straight.
Pros and Cons
Pros
High-quality C16 structural grade rating
Pressure treated for long-term rot resistance
Planed surface reduces splintering and improves safety
Sturdy 45mm thickness provides excellent support
Pack size is manageable for individual transport
Cons
Fixed 1800mm length may lead to off-cut wastage depending on the project
Timber remains a natural product that may expand or shrink with seasonal moisture changes
Heavy weight per pack requires careful handling
Surface may require occasional re-sealing to maintain aesthetic appearance
Setup, Compatibility & Care
Planning: Measure your project space accurately, accounting for the 1800mm fixed length to minimize wastage.
Cutting: Always wear appropriate personal protective equipment (PPE) when sawing the timber. Treat any freshly cut ends with an end-grain wood preservative to prevent water ingress.
Fastening: Use corrosion-resistant or stainless steel screws/nails to prevent the timber from staining and to ensure the hardware doesn't degrade due to the chemical treatment.
Storage: Keep the timber stored flat and off the ground in a well-ventilated, dry area until you are ready to use it to prevent warping.
Maintenance: While the wood is pressure-treated, applying a quality wood stain or sealer annually can further enhance its appearance and weather resistance.