Solid stave pine edge-glued panels with a thickness of 18 mm, dimensions of 3×1.22 m, and a Grade A/B (1/2 grade) rating are manufactured from premium full-length staves. The material is perfectly suitable for producing solid wood furniture fronts, durable shelves, and interior worktops. Orders can be collected via self-pickup directly from our warehouse in Kyiv, and we provide reliable shipping services across Ukraine. The product is fully available for both retail and wholesale purchase.
Advantages of Solid-Lamella Pine Edge-Glued Panels
Solid-lamella edge-glued panels (EGP) are a premium variety of timber boards manufactured by bonding lamellas (staves) exclusively along their width. Unlike finger-jointed panels, each lamella in such a panel is continuous and runs through the entire length of the board.
- Aesthetic qualities. The primary feature of solid-lamella panels is their visual appeal. Since the lamellas are uninterrupted along their length, the material conveys the natural grain pattern as accurately as possible. When selecting segments for solid-lamella panels, rigorous attention is paid to colour grading to ensure seamless tonal transitions and a sophisticated appearance.
- Finish quality. Due to the absence of transverse glue joints (finger joints), the surface appears monolithic after coating, lacquering, or oiling. This ensures a high-end finish that is particularly valued in premium furniture manufacturing and interior design.
- Durability and repairability. The thickness and structural uniformity of the lamellas allow the product to be sanded and refinished multiple times over decades. This maintenance can be performed without the risk of exposing internal joints or compromising the integrity of the board, ensuring long-term durability.
Solid-stave pine edge-glued panels allow for the creation of products that retain an attractive visual appearance and functionality over an extended service life. This edge-glued board material is chosen for projects where natural wood aesthetics, durability, and refinishing capability are essential.
Pine Edge-Glued Panel Grades
The grade of an edge-glued panel determines the visual quality of the material rather than its strength or stability. The classification is based on permitted natural wood features and the quality of the stave bonding. The difference between panel grades is purely aesthetic and dictates the area of application.
I (A) |
The surface is virtually uniform in texture and colour. Occasional small white knots are permitted. Free from sapwood and other features. Typically used in the furniture industry for exclusive sets. |
II (B) |
Small sound knots are permitted. Moderate tone variations and a more active wood grain are possible. Suitable for carcase furniture, shelving, and worktops. |
III (C) |
Contains various types of knots, sapwood, and high-contrast textures. These panels are usually painted, laminated, or used for designer products in rustic, eco, country, or loft styles. |
Applications of Edge-Glued Panels
Work Surfaces and Worktops
This is the primary application for the material. The stable structure of the panel allows for the manufacture of home furniture, including dining tables, desks, and coffee tables. The glued structure makes it an optimal choice for kitchen worktops, where resistance to daily wear is critical. Panels are also used to create bar counters, kitchen islands, reception desks, and retail counters.
Staircase Elements from Pine Furniture Boards
We recommend using solid edge-glued panels for constructing interior staircases. This material is perfect for creating durable risers, reliable stringers, and comfortable handrails. Thanks to securely bonded continuous or finger-jointed lamellas, the board demonstrates exceptional resistance to cracking. Since pine is lightweight, finished stair structures will not overload your floor framing. The natural light texture with visible knots complements eco-style interiors, while the material’s affordability makes such projects highly cost-effective.
Window Sills
Using panels for window sills is a popular solution for residential flats, office centres, and conference halls. Unlike solid boards, a panel-based window sill does not deform under the influence of warm air from radiators or moisture from windows. The surface is treated with protective coatings.
Carcase Furniture and Storage Systems
This structural material is used to create durable storage systems. Shelves and racking made from edge-glued panels can support the significant weight of books, decor, or kitchenware. They are also used for cabinet doors, chests of drawers, sideboards, and tall storage units.
Chairs, Benches, and Interior Decor
The strength of the adhesive bond allows for the creation of reliable hallway benches, stools, and bar chairs. Timber stave panels can also be used as interior wall cladding, screens, or partitions for space zoning.
Custom Manufacturing of Edge-Glued Panels
We accept bespoke orders for the production of custom-engineered edge-glued panels tailored to your specifications. Product specifications are as follows:
- Construction type: Full stave (continuous lamella) or finger-jointed.
- Wood species: Oak, Ash, Pine.
- Thickness: 20 mm, 27 mm, 40 mm.
- Grade: A, B, A/B (according to international grading standards).
- Moisture content: 8-10% (kiln-dried).
- Dimensional variety: A single order can include panels of both uniform and varying formats.
- Surface finish options:
- Uncoated (raw) panel.
- Pre-sanded for painting (120 grit).
- Finished with lacquer, paint, oil, or tinting. The cost of the final coating is calculated individually upon request.
Ordering Terms:
- We accept orders starting from 5-10 units. Wholesale pricing applies to volumes from 3 m³.
- Lead time for production is typically between 14 and 20 working days.
- Standard shipping is handled on pallets. Individual shrink-wrapping of each panel is available upon request (for an additional fee) to provide maximum protection against humidity and damage during transport.
Please submit a request to our managers — they will contact you to provide a detailed consultation.
Manufacturing Stages of Edge-Glued Panels
- Raw Material Selection. Only high-quality kiln-dried boards are selected for production. Timber with a moisture content of 8-10% provides the essential foundation for stable, warp-resistant panel materials.
- Sawing. Solid timber is ripped into blanks—lamellas of a specific width. These staves are then meticulously sorted. Segments with knots, cracks, wormholes, or other natural defects are either rejected or sent for defect removal. The selected lamellas are calibrated on four sides (S4S). For finger-jointed panels, a precision finger joint profile is milled into the ends of short staves before they are joined under a hydraulic press.
- Panel Formation. Lamellas are laid out according to a specific structural pattern: the grain direction in adjacent segments must be reversed (alternated). Staves are also color-matched to ensure aesthetic consistency in texture and tone.
- Gluing. Lamellas are joined using industrial D3 or D4 class wood adhesives, applied evenly to the edges. The assembled panel is then processed in a high-pressure press to ensure a permanent bond.
- Calibration and Sanding. Once the adhesive is fully cured, the panels undergo final calibration and professional sanding. This results in a smooth surface ready for lacquering, tinting, or oil treatments.
Why is a Pine Panel More Stable Than Solid Wood?
The primary challenge with solid timber is its hygroscopicity. Solid wood naturally absorbs and releases moisture, which often leads to warping, cupping, and cracking. An edge-glued panel resolves these issues through three technical factors:
- Internal Stress Compensation. In a solid board, wood fibers run in a single direction. If the board begins to warp during seasonal drying, the entire piece deforms. In an edge-glued panel, lamellas are oriented so that their grains counteract each other. The internal tension of one lamella is balanced by the resistance of the adjacent one.
- Absence of Critical Fracture Points. Cracks in timber typically propagate along the grain. Since a panel consists of separate, bonded segments, a micro-crack appearing in one lamella cannot physically transfer to the next. The glue line acts as a structural barrier.
- Uniform Reaction to Humidity. Because the panel consists of narrow, engineered lamellas, each element reacts to humidity changes more predictably and subtly. This significantly reduces internal tension and minimizes the risk of dimensional distortion.
In summary, an ash edge-glued panel is technically superior to solid wood for high-end furniture and joinery because its construction compensates for the natural hygroscopicity of timber. The multi-directional grain of the lamellas neutralizes stress, glue joints block the spread of defects, and the narrow elements ensure long-term dimensional stability.
Pine Timber: Key Parameters
Pine (Pinus) is the predominant softwood species of the temperate zone. Due to its high resin content, widespread availability, and excellent machinability, pine remains one of the most sought-after materials in the woodworking and timber industries.
Pine is a softwood with moderate density. Its Brinell hardness rating typically ranges from 1.6 to 2.5 HB. Density varies between 450–520 kg/m³ (at standard moisture content). Its high strength-to-weight ratio makes pine an optimal material for structural applications, such as rafter systems and timber frame construction.
Wear resistance is classified as moderate. When utilized for flooring, pine requires a mandatory application of high-durability coatings or industrial-grade lacquers to protect the surface.
The sapwood is wide, ranging from creamy white to light yellow. The heartwood is distinct, featuring a pinkish-red or brownish-red hue that deepens over time due to UV exposure. The texture is prominent, characterized by a sharp contrast between earlywood and latewood within the annual rings.
The grain is predominantly straight. Numerous resin canals (ducts) are clearly visible within the wood structure. Pine is characterized by a high frequency of knots, which is often utilized to create a specific rustic grade or decorative pattern.
This softwood is easy to machine; however, the high resin content can lead to the rapid fouling of cutting tools and sanding belts. Prior to applying lacquers or paints, it is highly recommended to perform de-resining (surface treatment with solvents) to ensure uniform coating adhesion. Pine demonstrates excellent screw-holding capacity and bonds well with all industrial adhesives. The timber rarely splits when driving in fasteners. Due to the differential density of the annual rings, pine may exhibit uneven absorption of wood stains, which can lead to blotching if not properly pre-treated with a conditioner.
Choose the edge-glued panels of the required thickness and dimensions, then add them to your cart, request a quote, or call us: +380 (67) 180-38-13 (Viber, Telegram).
