HAISEN WOOD Substrate Guide
Particle Board Substrate for Veneer-Faced Panels
A practical, cost-efficient substrate family for decorative veneer-faced panels, furniture, shelving, cabinets and interior production.
HAISEN Particle Board is a cost-efficient engineered substrate for decorative veneer-faced panels where smooth surfaces, stable dimensions and practical furniture production are important. Choose the veneer species for appearance, then choose Particle Board when the project needs economical interior panels.
- Substrate family: Particle Board
- Options: Plain Particle Board / OSB / FOSB
- Best for: furniture, cabinets, shelves and decorative interiors
- Glue options: E1 / E0 / CARB P2 / TSCA Title VI
Particle Board substrate for cost-efficient decorative veneer-faced panels.
What is a Particle Board substrate?
Particle Board is an engineered wood substrate made from wood particles bonded under heat and pressure. It provides a practical, economical base for decorative veneer, laminate and melamine surfaces used in furniture and interiors.
For veneer-faced panels, Particle Board acts as the cost-efficient backing. The veneer species supplies the visible grain and colour; the Particle Board substrate supplies the economical panel body for furniture and interior use.
Selection logic: Veneer species = appearance. Substrate family = performance and cost structure. Specify Particle Board when the panel needs a decorative surface with efficient production cost for interior applications.
Why choose Particle Board as your substrate?
Cost-efficient
An economical substrate choice for high-volume furniture and decorative interior panels.
Smooth decorative surface
Suitable for veneer, laminate and decorative overlays in furniture and cabinet production.
Panel consistency
Engineered board structure supports consistent sizing and stable interior panel production.
HAISEN Particle Board substrate family
| Type | Character | Typical use |
|---|---|---|
| Plain Particle Board | Standard particle board with practical cost performance | Furniture, cabinets, shelves and decorative interior panels |
| OSB | Oriented Strand Board with stronger structural board performance | Stronger board applications and structural-oriented requirements |
| FOSB | Fine-surface OSB with improved facing suitability | Decorative overlays and applications needing a smoother board surface |
Technical specifications
| Substrate family | Particle Board |
| Types | Plain Particle Board / OSB / FOSB |
| Surface | Suitable for decorative veneer, laminate and overlay surfaces |
| Glue / emission class | E1 / E0 / CARB P2 / TSCA Title VI options by project |
| Typical sheet size | 1220 × 2440 mm; custom sizes available |
| Customer-facing selection | Veneer Species + Substrate |
| Applications | Furniture, cabinets, shelves, decorative panels and interior fit-out |
Particle Board type guide
| Type | Best for | Main advantage |
|---|---|---|
| Plain Particle Board | Economy furniture, cabinets, shelves and interior panels | Cost-efficient standard substrate |
| OSB | Applications requiring stronger board structure | Oriented strands improve structural performance |
| FOSB | Decorative overlays and smoother surface requirements | Fine surface for better facing suitability |
Common applications
- Furniture components: panels, shelves, partitions and cabinet parts
- Cabinetry: cost-efficient decorative cabinet bodies and panels
- Interior panels: decorative veneer or laminate panels for fit-out projects
- Shelving: practical board substrate for residential and commercial storage
- Retail and hospitality interiors: economical decorative surfaces for volume projects
How to specify: veneer species + substrate family
- Pick the veneer species for the surface look: grain, colour and figure.
- Pick the substrate family for the panel performance and cost target. Choose Particle Board when cost efficiency is important for decorative interior use.
- Confirm board type, thickness, finish and emission class with HAISEN for your target market and application.
Particle Board vs MDF vs Plywood substrate
Particle Board is selected for cost efficiency in decorative furniture and interiors. MDF is selected for smoothness and routable edges. Plywood is selected for strength, screw holding and dimensional stability.
| Substrate | Best advantage | Typical use |
|---|---|---|
| Particle Board | Cost-efficient decorative panel substrate | Economy furniture, shelves, cabinets and interior panels |
| MDF | Flatness, smoothness and routable edges | Painted panels, veneered surfaces, cabinet doors and CNC shaping |
| Plywood | Strength, screw-holding and dimensional stability | Cabinets, doors, furniture, wall panels and millwork |
Quality and export compliance
HAISEN Particle Board substrates can be specified with E1, E0, CARB P2 and TSCA Title VI glue and emission options according to destination market and project requirements.
Frequently asked questions
What is Particle Board used for?
Particle Board is commonly used for furniture, cabinets, shelves and decorative interior panels where cost efficiency and a smooth decorative surface are important.
Can Particle Board be used with wood veneer?
Yes. Particle Board can be used as the substrate under decorative wood veneer, laminate or other overlay surfaces for interior panel applications.
What is the difference between Particle Board and MDF?
MDF is made from fine wood fibres and is usually smoother and easier to route. Particle Board is made from wood particles and is generally more cost-efficient for furniture and interior panels.
What is OSB?
OSB means Oriented Strand Board. It is made from oriented wood strands and is used when stronger board performance is needed.
What is FOSB?
FOSB is a fine-surface OSB designed for better suitability with decorative overlays and smoother surface requirements.
Can Particle Board meet CARB P2 and TSCA Title VI?
Yes. CARB P2 and TSCA Title VI glue and emission options are available according to project and destination market requirements.
Specify your Particle Board substrate
Tell us the veneer species, Particle Board type, thickness, finish and emission class. We will quote and prepare samples for your project.