YUANFONG PRESS
HALLMARKORG
Views: 0 Author: Site Editor Publish Time: 2026-08-17 Origin: Site
Choosing between a 1200T, 1600T, 2400T and 3200T short cycle hot press machine is not simply a matter of buying the press with the highest tonnage.
The correct press capacity depends on:
Board length and width
Required unit pressure
MDF, particle board or HDF substrate
Glossy, matte, shallow-texture, deep-embossed or EIR finish
Melamine paper and resin properties
Pressing plate texture depth
Production speed and continuous-duty requirements
Required pressure reserve
A 1600T press may be suitable for a standard 1220 × 2440 mm MDF furniture board but may not provide enough unit pressure for a large HDF panel with a deep EIR finish. Similarly, a 3200T press does not automatically produce a better surface if pressure control, platen flatness, temperature uniformity and paper positioning are inadequate.
This guide explains how to calculate the required tonnage and select the right BECCOR HKT short cycle hot press line for your panel production project.
The following table uses a standard 1220 × 2440 mm, or 4 × 8 ft, panel.
| Model | Total Pressure of the Width(KN) | Approximate unit pressure | Typical Positioning |
| 1200T | 12,000 kN | 40.3 kgf/cm² / 3.95 MPa | Standard furniture boards and smooth surfaces |
| 1600T | 16,000 kN | 53.7 kgf/cm² / 5.27 MPa | MDF/PB and shallow textured melamine panels |
| 2400T | 24,000 kN | 80.6 kgf/cm² / 7.90 MPa | Deep embossing, flooring and demanding HDF products |
| 3200T | 32,000 kN | 107.5 kgf/cm² / 10.54 MPa | Special high-pressure, deep EIR and high-density applications |
These values are calculated from the finished-board area. They should be used for preliminary equipment selection rather than as fixed production recipes.
Temperature, pressing time, melamine resin flow, board surface quality and press plate condition must also be considered. To understand the complete process, read How a Short Cycle Hot Press Machine Works.
The substrate type affects pressure selection, but it should not be considered separately from surface texture and product application.
Particle board, also called PB or chipboard, is widely used for melamine-faced furniture panels, cabinets and wardrobes.
| Particle board application | Preliminary unit pressure |
| Smooth or matte MFC board | 30–40 kgf/cm² |
| High-gloss furniture board | 35–50 kgf/cm² |
| Shallow wood-grain texture | 40–55 kgf/cm² |
| Deeper embossed surface | 45–60 kgf/cm² |
For standard 4 × 8 particle board with smooth, matte or light wood-grain surfaces, a 1200T or 1600T melamine press machine is usually the starting selection.
Particle board with low surface density may be damaged by excessive pressure. The press recipe must prevent surface crushing, excessive thickness reduction and print-through of core
particles.
MDF has a more uniform and smoother surface than conventional particle board, making it suitable for furniture panels, doors, wall panels and decorative products.
| MDF Application | Preliminary unit pressure |
| Smooth or matte MDF | 35–45 kgf/cm² |
| High-gloss MDF | 40–50 kgf/cm² |
| Shallow wood-grain texture | 40–55 kgf/cm² |
| Deep embossed MDF | 50–70 kgf/cm² |
| Premium EIR surface | 55–80 kgf/cm² |
A 1600T short cycle hot press machine is a versatile choice for standard 4 × 8 MDF production. For deep embossing or demanding EIR products, 2400T provides a larger pressure range and greater production reserve.
HDF is commonly used as the core material for laminate flooring. These products often require higher pressure because of:
Higher board density
Wear-resistant overlay paper
Deeper texture transfer
Strict thickness tolerances
EIR pattern alignment
High surface-definition requirements
| HDF application | Preliminary unit pressure |
| Smooth HDF panel | 40–55 kgf/cm² |
| Standard laminate flooring | 45–60 kgf/cm² |
| Deep embossed flooring | 55–70 kgf/cm² |
| EIR laminate flooring | 60–80 kgf/cm² |
| Special extra-deep EIR | Up to 80–100 kgf/cm² after testing |
For standard 1220 × 2440 mm HDF flooring, a 2400T press is generally more suitable than a 1200T or 1600T press when deep texture reproduction is required.
High-end EIR production also depends on precise paper-to-plate registration. Buyers requiring camera positioning, automatic plate changing or robotic handling can compare the BECCOR KT fully automatic short cycle press line.
Incomplete Texture Transfer
The paper cannot fully reproduce the press plate pattern, leaving shallow, blurred or inconsistent wood-grain details.
Insufficient or uneven unit pressure may produce different gloss levels between the center, edges and corners.
The melamine resin may not form uniform contact with the substrate, increasing the risk of dry spots, local delamination or weak edges.
Operators may try to compensate for insufficient pressure by extending the holding time. This reduces output and may still not solve deep-texture defects.
Deep EIR textures require sufficient pressure across the entire panel. A press operating continuously at its maximum limit may also have less room to compensate for process variations.
A larger short cycle press requires a heavier frame, larger cylinders, a more powerful hydraulic system and higher transportation and installation costs.
Oversized hydraulic components may increase pump capacity, oil volume, cooling requirements and spare-parts costs.
If the hydraulic and control systems are not designed correctly, an oversized press may be less stable when operated continuously at the lower end of its pressure range.
Incorrectly setting a high-pressure recipe can reduce board thickness, damage low-density particle board or create permanent surface deformation.
A high-tonnage press normally has a heavier structure and may require stronger foundations, larger handling equipment and more installation space.
The best solution is not the largest press—it is a machine that provides the required working pressure with suitable control accuracy and a reasonable production reserve.
For standard smooth, matte or shallow-textured 4 × 8 MDF, 1600T is a flexible starting choice. Deep embossing or EIR MDF may require a 2400T press, depending on the required unit pressure.
A 1200T press provides approximately 40 kgf/cm² on a 1220 × 2440 mm panel. It can be suitable for standard particle board with smooth, matte or light-texture surfaces, subject to paper and resin testing.
Choose 2400T when producing deep embossed MDF, HDF laminate flooring, EIR surfaces or larger panels that reduce the available unit pressure.
No. A 3200T press provides a wider pressure range, but it also increases equipment, foundation, hydraulic and maintenance costs. If the product only requires 40–60 kgf/cm², a properly configured 1600T or 2400T press may offer a better return on investment.
Board thickness affects loading, daylight opening, closing control and heat transfer, but total tonnage is mainly determined by board area and required unit pressure. Board density and surface quality also influence the final pressure recipe.
Yes, but the actual unit pressure changes with the board area. Cylinder layout, pressure groups, loading position and platen size must also be designed for the full size range.
Many EIR products begin within approximately 55–80 kgf/cm². Extra-deep textures or special HDF products may require higher pressure. The exact value must be confirmed through press plate, paper, resin and substrate testing.
