MDF/Medium Density Fiberboard Production Line

This cutting-edge production line is specifically designed to meet the growing demand of the global furniture, interior decoration and wood products industries for ultra-thin and highly curved panels. With its outstanding annual production capacity of 150,000 cubic meters, it offers investors unparalleled production efficiency, excellent product consistency and significant investment returns.

Our company is proud to introduce this high-performance MDF Production Line specifically engineered for gramineous crops, with a robust daily output of 1000 cubic meters. Designed and optimized for utilizing annual plant fibers like rice straw, wheat straw, and reed, this line presents an ideal and eco-friendly alternative to traditional wood fiber.

The core strength of this production line lies in its innovative technology and commitment to sustainability. It incorporates advanced fiber preparation, precise mat forming, and high-efficiency continuous pressing to ensure the output boards feature exceptional density uniformity, superior mechanical strength, and a smooth surface finish. A fully automated control system guarantees stable, efficient operation with low energy consumption.

We manufacture 200,000 m³/year Moisture-Resistant Bamboo MDF Panels (thickness: 9/12/15/18mm) using premium Moso bamboo from China's prime growing regions. With 26 precision-controlled processes, our panels exceed EN-317 standards (thickness swelling ≤8% after 72hrs) and emit formaldehyde ≤0.025mg/m³ (50% below E0). Designed for high-humidity applications including marine interiors and medical cabinetry.

High-precision MDF continuous presses are state-of-the-art equipment for manufacturing medium-density fiberboard. They utilize continuous hot-pressing technology to rapidly solidify wood fibers into uniform panels with exceptional dimensional accuracy (thickness tolerance ±0.1mm), high density, and superior surface quality. Key advantages include automated operation, energy efficiency, and scalable high-volume production.

Precision temperature control in continuous presses for ultra-thin fiberboard is a highly complex systems engineering endeavor. It integrates a highly zoned and independent heat exchange system, an ultra-dense network of precise temperature sensors, advanced control algorithms (especially Model Predictive Control), low-thermal-inertia hardware design, and excellent thermal insulation. Its core objective is to achieve ultra-high precision (±1°C or better) and ultra-fast response speed control of the steel belt surface temperature (i.e., the temperature directly acting on the mat) across both temporal (longitudinal) and spatial (transverse) dimensions. This is the key to overcoming the unique thermal challenges of ultra-thin board production and achieving high-quality, high-efficiency, stable manufacturing. Investing in advanced precision temperature control technology is essential and offers significant returns for manufacturers aiming for the high-end ultra-thin fiberboard market.

The HDF continuous press, utilizing revolving steel belts and segmented pressure control, enables highly efficient and consistent fiberboard production, serving as the core equipment in modern wood-based panel industry. Its technological advantages drive HDF's ongoing replacement of traditional materials in high-end furniture and industrial applications.

The high-speed MDF continuous flat-press is the core equipment in modern man-made board manufacturing, representing the highest technological level in Medium Density Fiberboard (MDF) production. It is renowned for its extremely high production efficiency (exceeding 25,000 m²/day), exceptional product quality stability, and a high degree of automation (including the critical full automatic calibration system). This press continuously feeds formed fiber mats, thermally curing them under precisely controlled temperature, pressure, and time conditions to produce flat, dense, high-performance MDF panels, meeting large-scale, high-standard production demands.

The ability to customize width, pressure, and speed in MDF continuous hot press lines represents the pinnacle of modern panelboard equipment manufacturing. This customization fundamentally shapes the core performance (capacity, flexibility, product quality ceiling) of the line, going beyond mere physical dimensions.

Width Customization unlocks production of special-sized products.
Pressure Customization is foundational for high-performance and specialty boards.
Speed Customization is the core engine for boosting capacity and market competitiveness.
 

Fireproof Board Substrate: Inorganic materials (e.g., calcium silicate, magnesium oxide) or flame-retardant modified wood fiber cores, formed under high temperature/pressure for construction fire barriers.
Continuous Hot Press: Automated equipment using steel belts for continuous conveyance, with zoned pressure and heating for curing substrates.
Class A Certification: Highest fire rating under China’s GB 8624 standard, requiring non-combustibility (strict thresholds for heat release, smoke density, toxic gas).

A servo-hydraulic continuous flat press is a high-end equipment for continuous hot pressing of artificial panels (particleboard, MDF, OSB, etc.). It dynamically controls pressure and temperature via a servo-hydraulic system, synchronizing with steel belt feeding to achieve high-precision pressing across a full 0.5-80mm thickness range, with tolerances of ±0.1mm to ±0.3mm.

High-density fiberboard is a homogeneous sheet made from wood fibers (as the main component), with the addition of synthetic resin adhesive, and is produced under high temperature and high pressure. Its density is ≥ 800 kg/m³, lying between medium-density fiberboard and solid wood.
The production process of HDF involves stages such as raw material processing, fiber treatment, laying and molding, high-temperature pressing, and post-processing.

The high-speed continuous flat press production line specialized for 3mm fiberboard is one of the crown jewels of wood-based panel industrial technology. Through targeted design (e.g., strong pre-pressing, soft-entry, ultra-high precision thickness control, ultra-high heat transfer efficiency, minimal sanding allowance control) and cutting-edge automation, it successfully overcomes the core challenges of ultra-thin green mat fragility, demanding heat transfer requirements, difficult thickness control, and susceptibility to deformation. This enables high-speed, stable, high-quality production. While representing a significant investment, it is a critical asset for modern factories aiming for large-scale, high-quality ultra-thin fiberboard production. These boards are widely used in furniture backs/drawer bottoms, laminate flooring cores, decorative molding substrates, and packaging.

This type of production line represents high-end technology in the wood-based panel manufacturing sector. It is specifically optimized to address the unique challenges of ultra-thin boards, enabling high efficiency, superior quality, and stable production.

Super-wide fiberboard continuous belt presses embody the pinnacle of engineering and manufacturing capability in the wood-based panel industry. They push the inherent advantages of continuous presses – high efficiency and superior quality – to the extreme, achieving unprecedented single-line production capacity through massive width. It represent the highest level and a key future direction of fiberboard production technology.

MDF making machine for making MDF (medium density fiberboard) and HDF(High density fiberboard). MDF is one artifical fiber board, made by wood fibers and other wood chips. 

MDF (Medium Density Fiberboard) is an artifical board made of wood fiber. It is made by breaking wood into fibers, adding resin adhesives, and then pressing them under high temperature and high pressure.
Choose a good MDF machine will help you make good quality MDF

The whole production line mainly includes wood chipper/flaker, drum dryer, gluing system, forming machine, pre press machine, cutting machine, hot press, sanding machine, and these machine includes kinds of related parts too.

The whole production line mainly includes wood chipper/flaker, drum dryer, gluing system, forming machine, pre press machine, cutting machine, hot press, sanding machine, and these machine includes kinds of related parts too.

The whole production line mainly includes wood chipper/flaker, drum dryer, gluing system, forming machine, pre press machine, cutting machine, hot press, sanding machine, and these machine includes kinds of related parts too.

The whole production line mainly includes wood chipper/flaker, drum dryer, gluing system, forming machine, pre press machine, cutting machine, hot press, sanding machine, and these machine includes kinds of related parts too.

The whole production line mainly includes wood chipper/flaker, drum dryer, gluing system, forming machine, pre press machine, cutting machine, hot press, sanding machine, and these machine includes kinds of related parts too.

The whole production line mainly includes wood chipper/flaker, drum dryer, gluing system, forming machine, pre press machine, cutting machine, hot press, sanding machine, and these machine includes kinds of related parts too.

The whole production line mainly includes wood chipper/flaker, drum dryer, gluing system, forming machine, pre press machine, cutting machine, hot press, sanding machine, and these machine includes kinds of related parts too.

The whole production line mainly includes wood chipper/flaker, drum dryer, gluing system, forming machine, pre press machine, cutting machine, hot press, sanding machine, and these machine includes kinds of related parts too.

The whole production line mainly includes wood chipper/flaker, drum dryer, gluing system, forming machine, pre press machine, cutting machine, hot press, sanding machine, and these machine includes kinds of related parts too.

Why the vibrating screen machines are necessary in particleboard production: 
Flakes or strands must be divided into different fractions according to their size in order to be able to form the layers of the panel. At the same time, fine material (dust) and coarse material (oversize) are sorted out. This is done by sieving in a drum screen.
The fine wood dust is burned in the hot gas generator and the energy is used for drying. The fine fraction in OSB production can also be used for particleboard production. Oversized particles are re-shredded in a grinder and fed back into the process.

Why the vibrating screen machines are necessary in particleboard production: 
Flakes or strands must be divided into different fractions according to their size in order to be able to form the layers of the panel. At the same time, fine material (dust) and coarse material (oversize) are sorted out. This is done by sieving in a drum screen.
The fine wood dust is burned in the hot gas generator and the energy is used for drying. The fine fraction in OSB production can also be used for particleboard production. Oversized particles are re-shredded in a grinder and fed back into the process.

Why the vibrating screen machines are necessary in particleboard production: 
Flakes or strands must be divided into different fractions according to their size in order to be able to form the layers of the panel. At the same time, fine material (dust) and coarse material (oversize) are sorted out. This is done by sieving in a drum screen.
The fine wood dust is burned in the hot gas generator and the energy is used for drying. The fine fraction in OSB production can also be used for particleboard production. Oversized particles are re-shredded in a grinder and fed back into the process.

Why the vibrating screen machines are necessary in particleboard production: 
Flakes or strands must be divided into different fractions according to their size in order to be able to form the layers of the panel. At the same time, fine material (dust) and coarse material (oversize) are sorted out. This is done by sieving in a drum screen.
The fine wood dust is burned in the hot gas generator and the energy is used for drying. The fine fraction in OSB production can also be used for particleboard production. Oversized particles are re-shredded in a grinder and fed back into the process.

Why the vibrating screen machines are necessary in particleboard production: 
Flakes or strands must be divided into different fractions according to their size in order to be able to form the layers of the panel. At the same time, fine material (dust) and coarse material (oversize) are sorted out. This is done by sieving in a drum screen.
The fine wood dust is burned in the hot gas generator and the energy is used for drying. The fine fraction in OSB production can also be used for particleboard production. Oversized particles are re-shredded in a grinder and fed back into the process.

Why the vibrating screen machines are necessary in particleboard production: 
Flakes or strands must be divided into different fractions according to their size in order to be able to form the layers of the panel. At the same time, fine material (dust) and coarse material (oversize) are sorted out. This is done by sieving in a drum screen.
The fine wood dust is burned in the hot gas generator and the energy is used for drying. The fine fraction in OSB production can also be used for particleboard production. Oversized particles are re-shredded in a grinder and fed back into the process.

Why the vibrating screen machines are necessary in particleboard production: 
Flakes or strands must be divided into different fractions according to their size in order to be able to form the layers of the panel. At the same time, fine material (dust) and coarse material (oversize) are sorted out. This is done by sieving in a drum screen.
The fine wood dust is burned in the hot gas generator and the energy is used for drying. The fine fraction in OSB production can also be used for particleboard production. Oversized particles are re-shredded in a grinder and fed back into the process.

We China manufacturer and supplier of Particle board making machine+ MDF board making machine +OSB board making machine. if you want to produce these board, we can offer you the full necessary production line.

With many years production experience, and adhere to continuous innovation and improvement, with specialized R&D center, obtained a number of research and development patents, with experienced technians and engineers, and professional sales team and after-sales team, We have beome one China's high-end Wood based panel machinery manufacturing enterprise.

According to your own conditions like the budget, factory room and other factors, we can offer you the suitable, good and high quality machine for help you produce good quality panel.
For us, we know clearly that only keep machine good quality, can let us develop longer and better. Therefore, we always keep to choose good material and parts to make our machine, and during the whole machine production process, be made by experienced workers, and through many times test and monitor, to make sure each production step is good, to make sure the whole machine is good