My trolley
My trolley

Items added to your trolley will appear here

Sub-total £0.00

Richard Burbidge Pine Stp Chamfer 900 x 32mm

SKU: BUSC090P
Richard Burbidge Pine Stop Chamfer 900 x 32mm (L x W) is suitable for use at the top and bottom of stairs, and landings. Manufactured from quality pine that provides resistance to fading. Radiused edges are machined into the baluster making it easier to finish and remove the issue of splintering.
Features & benefits
  • Rot resistant
  • Machined to a high quality smooth finish to allow for painting or staining
IDBUSC090P Doors & Joinery > Stairs & Accessories > Stairparts & Accessories > Richard Burbidge Pine Stp Chamfer 900 x 32mm

Next day delivery

Collect today


Please sign in/register to save items.

Richard Burbidge Pine Stop Chamfer 900 x 32mm (L x W) is suitable for use at the top and bottom of stairs, and landings. Manufactured from quality pine that provides resistance to fading. Radiused edges are machined into the baluster making it easier to finish and remove the issue of splintering.
Features & benefits
  • Rot resistant
  • Machined to a high quality smooth finish to allow for painting or staining

Specifications
Product Name Richard Burbidge Pine Stp Chamfer 900 x 32mm
Brand Richard Burbidge
Manufacturer Name Archwood Group
Manufacturer Part Number SC090P
Compliance Approvals ISO 14001  
Materials Timber  
Colour Natural  
Pack Quantity 1  
Finish Smooth  
Product Width 32  mm
Product Weight 0.4  kg
Product Length 900  mm
Chain Of Custody Scheme FSC  
Delivery Information
Next Day Delivery Next day delivery if ordered by 10am (subject to availability and location). Delivery online is only available for orders over £100 (ex VAT)* 

Jewson Cash/Credit Account customers: Delivery online is free* 

Non-Jewson account customers: Delivery is free for orders over £200 (ex VAT), orders between £100-£200 (ex VAT) incur £40 (ex VAT) delivery fee*

*Excluding Tool Hire and non-standard delivery areas.

Click & Collect Collect in 15 minutes (subject to availability and location)