If you’re embarking on an interior building project where you plan to utilise BWP (bacterial-resistant) Plywood, you’ll need to figure out the proper place to incorporate BWP plywood into your project.
BWP plywood is resistant to moisture damage, so you want to be intentional about planning where to incorporate BWP plywood will most likely be used around water or areas with high humidity.
1) Identify Areas That Are Prone To Water First
Some areas in the interior of a building will require greater water-resistant properties than others. Examples include:
- Kitchen cabinets
- Bathroom cabinetry
- Beneath kitchen sinks
- Balconies
For this reason, BWP plywood is frequently used in moist areas tmore han traditional plywood.
2) Use Multiple Types of Plywood Together
Once you identify the areas where BWP plywood will be most needed, you can often combine the use of different types of plywood to help manage costs for your project. Most often, the BWP plywood does not need to be used in every area.
An example of what to consider:
- Use BWP plywood in areas where water may come into contact with the plywood (cabinet bases, etc.)
- Use MR (Moisture Resistant) plywood in dry areas only
By doing so, BWP plywood provides you with superior performance while also keeping your budget under control.
3) Design Efficiently When Planning Cabinet Layouts
When properly designing and planning the layout of your cabinets and furniture within your project, you can substantially affect the amount of plywood needed for your project.
The following are some ideas for optimizing cabinet design:
- Maximize the size of overall cabinetry
- Minimize the number of internal separators
- Utilize modular cabinet design concepts
By creating an efficient plan for your cabinets, you will use your sheets of plywood above and beyond where you may have considered originally. You will also create a substantial amount of waste that may not otherwise be incurred.
4) Make Sure You Purchase Quality Products
BWP plywoods are generally more expensive than standard plywoods, but by using quality products, you’ll experience savings in the long run associated with maintenance and replacement costs. Quality product BWP plywood will have a higher level of moisture resistance and long-term strength due to the construction used to produce it.
BWP plywood that utilises advanced adhesive technology, such as the use of Royal Touche Plywood product lines, will have a much higher level of moisture resistance along with excellent results for interior applications.
Conclusion
Budgeting for a BWP interior plywood project requires detailed planning and selecting the correct materials for your project. Through the identification of water-prone areas, utilising various types of plywood, optimising cabinet designs, and selecting quality materials, designers and homeowners should expect to create a durable and functional project while remaining under-budgeted. Good planning will deliver both excellent performance and long-term value for the BWP plywood construction project.