HDHMR vs BWP vs WPC: Choosing the Right Material for Every Interior Application

Wood is not the only material used in interiors nowadays. Materials such as HDHMR boards, BWP plywood and WPC boards are now used for various applications, including cabinets, wall panels and storage furniture. You can mix the materials to achieve your desired style and choose and pick the options according to the environment and space you are working with. It is important to understand the materials to avoid choosing unsuitable or clashing design elements.

Greenply not only offers the materials for neat designs and service, but we also strive to help the customers choose what is right for their usage and habits. So continue reading this guide to get an understanding of HDHMR vs BWP and HDHMR vs WPC, and how they compare and perform.

Understanding HDHMR, BWP, and WPC

HDHMR or High-Density High Moisture Resistance boards are engineered wood boards made using compressed wood fibres and resins. They offer a smooth surface and consistent density and are ideal for heavy-duty furniture.

BWP or Boiling Water Proof plywood is a waterproof plywood grade bonded with phenol formaldehyde resin and designed to withstand prolonged moisture exposure without warping, sagging or damage.

WPC or Wood Plastic Composite are a combination of wood fibres and plastic polymers, which is pest and moisture-resistant.

The materials each solve a different problem and similarly serve different purposes.

HDHMR vs BWP: Board Uniformity Against Structural Strength

The hdhmr vs bwp comparison often comes up in kitchens and wardrobes.

HDHMR advantages:

Smooth and uniform surface
Works well for painted and laminated finishes
Easy machining for shutters and panels

BWP plywood advantages:

Higher structural strength
Better load-bearing capacity
Superior performance in wet zones

HDHMR performs well for shutters and decorative panels. BWP plywood is the solid choice for cabinets and furniture for its load-bearing capacity.

HDHMR vs WPC: Surface Finish Against Moisture Resistance

Here is a comparison between HDHMR vs WPC when used in modular interiors:

HDHMR offers:

Smoother surface feel and consistency
Laminates and paints are easy to apply to HDHMR
It is highly suitable for interior furniture

WPC offers:

High resistance to moisture
Pest-resistant by build and design
Ideal for wet and moisture-prone areas

HDHMR is ideal for indoor environments where exposure to moisture is not as frequent, while WPC is ideal for moisture-prone and humid areas.

BWP vs WPC: Load Capacity Against Waterproofing

Both of these materials are moisture-resistant, but their performance still differs. BWP plywood offers:

Solid core design and structure
Holds screws with strength
Ideal for kitchen drawers near sinks and storage cabinets

WPC offers:

Resistance to direct water encounters and pests
Moderate load-bearing capacity
Suitable for sink area storage and cabinets

Interiors can use Greenply Gold Plywood (BWP) for a solid structure and WPC where the water is in direct contact with the material. This combination provides the best of both strength and performance without the risk of damage.

Performance Comparison in Real Interior Conditions

Moisture Handling

BWP handles contact with water for long periods
WPC is better at resisting moisture
HDHMR can withstand humidity but cannot survive direct contact with water

Load Bearing

Greenply’s 710 Marine Plywood performs best even with heavy loads
HDHMR can only handle moderate loads
WPC cannot handle weight for long periods

Surface Finish

HDHMR has the smoothest finish and looks the neatest
BWP is ideal for pairing with laminates and veneers for a sleek and neat look
WPC cannot be paired with as many finishes

Ideal Applications for Each Material

Here are the areas each material performs the best in:

For Kitchens

Greenply’s Marine 710 (BWP) plywood for base cabinets
WPC for near-the-sink storage and components
HDHMR for covering and shutters

Wardrobes

BWP for Wardrobes and shelves
HDHMR for decorative wall panels and general furniture.

Bathrooms

WPC for vanity storage units
BWP for heavy-weight storage where durability is required

Living Rooms

HDHMR for TV unit shutters and decorative wall panels
BWP for storage cabinets and shelves

Where Each Material Should Be Avoided

Avoid using HDHMR in areas where it can come directly in contact with water
Avoid WPC for heavy wardrobes as it cannot bear heavy weights for prolonged periods
Avoid using BWP everywhere if moisture is not present, as it is not ideal

Buying Guide: How to Choose Between HDHMR, BWP, and WPC

Before finalising material, make sure you check:

Moisture and water exposure level
Weight and load requirement
Finish expectations to see applications
Long-term usage to choose the right materials

Choosing based on application helps avoid unnecessary spending and performance issues.

Common Mistakes Buyers Make

Using HDHMR for kitchen base cabinets, as it is not ideal for heavy water-exposed areas
Replacing plywood completely with WPC, as it cannot bear weight for long periods
Choosing WPC for tall wardrobes, as it lacks the structural strength and is not ideal for long term usage
Ignoring the carpenter's recommendations can lead to unnecessary spending and the wrong choice of materials

Conclusion

Each of these materials serves a role in the interior, and it is important to understand HDHMR vs BWP and HDMR vs WPC so you can easily match the right material with the right application. We at Greenply are here to help you choose the right materials that fit both your interior needs and preferences. Our products undergo rigorous testing before being sent to the stores, so they perform well and promise longevity. Choose what’s best, with us. There is no such thing as the perfect material for every section of the interior design, so let us help you choose the best. Explore our website or reach out to an authorised dealer to get the best options recommended and delivered to you today.