OSB PB MDF 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.

This product is formaldehyde-free particleboard with a main thickness of 9mm and an annual production capacity of 100,000 cubic meters. It uses high-quality wood raw materials (e.g., pine wood, branches, or wood processing leftovers) and employs formaldehyde-free adhesive technology (primarily eco-friendly MDI or soy-based protein adhesive), ensuring formaldehyde emissions are far below international standards (e.g., EU E0, Japan F★★★★), making it healthy and environmentally friendly. The production line adopts advanced processes (drying, blending, forming, hot pressing), and the product features uniform structure, strong nail holding capacity, good moisture resistance, high strength, and easy workability. It is widely used in furniture manufacturing (e.g., cabinets, back panels, drawer bottoms), interior decoration (e.g., wall and ceiling substrates), packaging materials (e.g., box boards, pallets), and construction applications. 
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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.

The "150,000 m³ Annual Production Rice Straw Particleboard" utilizes agricultural waste rice straw as raw material, processed through continuous press technology to produce formaldehyde-free eco-friendly boards. Compliant with E0/E1 international standards, it offers high strength, water resistance, and sound insulation. Ideal for furniture manufacturing, construction, and export packaging, with an annual capacity of 150,000 m³, enabling agricultural waste recycling and low-carbon production.

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.

Engineered for global high-end oriented strand board manufacturing, this line enables on-demand switching between 9/18/22mm thicknesses and custom panel dimensions (Width: 600-2800mm, Length: 1000-8000mm) with a daily output of 1000m³. Featuring intelligent strand alignment,continuous press, and cloud-based control, it achieves precision production with ±0.15mm thickness tolerance and ≤3% density deviation. Optional moisture/fire-retardant functions, energy consumption as low as 110kWh/m³ (25% reduction vs conventional lines), and full compliance with EN 300/CE standards. Delivers turnkey EPC solutions from raw material processing to finished product stacking, empowering rapid production of premium OSB.

Engineered for high-efficiency particleboard manufacturing, this line features a multi-platen hot press with padless technology, producing ultra-thin boards (6-40mm) up to 3660×1830mm. Integrated continuous mat forming, synchronized loading/unloading, and PLC control ensure thickness tolerance ≤±0.2mm and daily output >150m³. With 30% energy savings from waste heat recovery, it targets premium applications (e.g., load-bearing furniture, fire-rated panels). Proven in global markets like Algeria.

This production line adopts a single-layer flat-pressing technology to innovate the traditional manufacturing process of particleboard. Through a full-process automated system, it can achieve a stable annual production capacity of 30,000 cubic meters of high-quality particleboard, realizing efficient energy conservation, intelligent labor use, environmental protection, and precise control.

A High-Speed MDF Continuous Press is an advanced production system achieving line speeds ≥ 50 m/min (focusing on thin boards) through extra-long press length, precise temperature/pressure control, high-speed synchronized equipment, intelligent control systems, and high-reliability design. Its core value lies in revolutionary thin-board capacity and the resulting cost advantage. It is a strategic asset for large PB producers targeting the premium thin-board market, but comes with high investment costs and complex operational demands. It represents the pinnacle of modern continuous press technology for wood-based panels.

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 OSB-dedicated continuous flat-pressing hot press is the cornerstone of modern, large-scale, high-quality, and high-efficiency OSB production. Through continuous operation, powerful pressing capacity, precise zonal control of temperature and thickness, and high automation, it overcomes the challenges posed by OSB's special raw materials, complex structure, large thickness, and high performance requirements, producing panels with excellent and stable properties.
 

The eco-friendly continuous press features fully sealed steel belts and vacuum extraction to achieve near-zero VOC emissions. Compatible with formaldehyde-free MDI adhesives, it ensures HCHO emissions <0.025mg/m³ (CARB-NAF). With 3-stage heat recovery, it reduces energy use by 35% and carbon footprint by 42%. Ideal for mass-producing NAUF particleboard and ultra-low-emission panels.

OSB (Oriented Strand Board) high-speed continuous press production lines represent the core and critical equipment in modern OSB manufacturing, embodying advanced levels of high efficiency, large-scale, and automated production.

The OSB high-speed continuous press production line is the cornerstone of the modern OSB industry. By perfectly integrating oriented strand forming technology with high-speed continuous hot pressing, it enables the efficient, large-scale, high-quality, and low-cost production of OSB panels. The significant economic benefits and product advantages make it the inevitable choice for large-scale OSB producers. The technological level of this production line directly determines an OSB plant's production capacity, product quality, and market competitiveness.

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 combination of a "Fully Automated OSB Continuous Press + Robotic Loading/Unloading + 24/7 Operation" represents a high-end automated and intelligent production model in the OSB manufacturing industry. Through a highly integrated automation system, it maximizes production efficiency, product quality, and safety while significantly reducing labor costs and intensity.

Achieving this goal hinges on the inherent high reliability of the equipment, a comprehensive preventive maintenance system, powerful system integration capabilities, and rigorous production management. While the initial investment is high, the long-term benefits (capacity, quality, cost, safety) make it a highly competitive choice for large-scale OSB producers. This configuration is a classic application scenario for realizing the "lights-out factory" (unmanned factory) concept in heavy industry manufacturing.

This specialized equipment is engineered for high-efficiency mass production of fire-resistant wood-based panels (e.g., flame-retardant MDF/particleboard).It’s Key features can satisfy the fire safety standards of EN13501-1 Class B and UL94 V-0, and the product price is more than twice that of ordinary boards; it supports a line speed of 600 - 1000 mm/s, and can produce 800 - 1200 m³ (18mm board) per day. It solves the problems of fire safety and toxic gas prevention that cannot be achieved by ordinary hot pressing equipment, and is suitable for safety-sensitive fields such as high-end buildings and rail transit.

"High-Speed Continuous Flat Press Line at 30 m/min" represents a world-class, advanced wood-based panel production line, characterized by extremely high production efficiency.
Such lines are suited for large, modern panel mills pursuing high-volume, low-cost production to meet strong market demand (e.g., furniture, flooring, construction, packaging).
The 30 m/min speed primarily applies to producing panels in the mainstream thickness range (e.g., 6 mm–40 mm). Speed is adjusted for ultra-thin or ultra-thick boards (faster for thin, significantly slower for thick).

In short, this represents the cutting-edge production capability in the wood-based panel industry, pursuing ultimate efficiency and scale.

A particleboard hot press equipped with "customizable pressure zoning" and "12-zone independent temperature control" represents the advanced level of current hot pressing technology. By refining and differentiating the management of pressure and temperature in the spatial dimension, it fundamentally addresses the issues of board density and temperature non-uniformity that are difficult to overcome with traditional presses. This significantly enhances the physical properties, dimensional stability, and surface quality of particleboard, while also improving yield, production flexibility, and efficiency. For companies pursuing high-quality, high-value-added board production, this is a key piece of equipment for technological upgrading and enhancing market competitiveness. This configuration is particularly suitable for application areas with extremely high demands for board uniformity and quality consistency.

Featuring modular design with customizable width (1.2-4.5m), this continuous flat press eliminates density variation and warping in wide panels through zoned hydraulic compensation and intelligent edge temperature control. Integrated self-adaptive PLC enables 30-minute width switching, boosting capacity by 50% while maintaining ±0.15mm thickness tolerance. Engineered for high-efficiency production of furniture substrates, construction panels, and specialty particleboards.

This equipment is the core equipment for the production of modern artificial boards (such as fiber boards and particle boards), adopting advanced continuous flat pressing technology and intelligent control system. It enables the continuous and uniform passage of board billets through the hot pressing zone, and intelligently and precisely regulates the temperature, pressure, time and other hot pressing process parameters, significantly improving production efficiency, product quality stability and material utilization rate. It is a key equipment for the efficient and energy-saving production of artificial boards with high automation level.
 

The 18th zone pressure zone in the particleboard continuous flat pressing and hot pressing machine is a transitional configuration between the economical type and the standard type, and is suitable for production lines with medium production capacity and conventional quality requirements.
 
This system represents the hydraulic technology benchmark for economic continuous presses, surpassing proportional valve solutions in precision, energy efficiency, and reliability—particularly suited for retrofits or mid-scale particleboard production lines.

The Siemens PLC control system acts as the "intelligent brain" of the OSB continuous press. The 10.1-inch touch screen serves as the "neural interface" for human-machine interaction. Together, they enable fully automated press operation. This integrated "Sense-Decide-Act" closed loop boosts OSB production efficiency by 40% and reduces waste rate to <1.5%.

Safety Interlocks ensures that the hot press adheres to the Fail - Safe Principle under high - temperature and high - pressure operating conditions. Through multi - level protection, the risks are reduced to the ALARP (As Low As Reasonably Practicable) level.
CE Value: EU market access; Accident rate reduction (<0.5 incidents/million hours); Insurance cost savings ≥20%

12-Zone Independent Hydraulic System addresses critical OSB production challenges: Prevents slab delamination ("blowouts") via infeed low-pressure control; Enhances inter-strand bonding strength with mid-zone high pressure; Reduces springback through stress relaxation in the outfeed section.

It is now essential in advanced wood-based panel lines, ensuring stability in projects with annual outputs exceeding 300,000 m³.

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.
 

24/7 continuous hot press lines for moisture-resistant particleboard represent deep integration of materials science, mechanical engineering, and intelligent control:
1. Materials: PMDI resin + paraffin synergistically enhance moisture resistance;
2. Equipment: Long presses + multi-zone temperature control ensure curing quality;
3. Operations: Predictive maintenance + zero-downtime strategies enable continuous production.

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).

The "40-meter long OSB continuous flat-press hot pressing line with 120-second curing time" represents top-tier scale, cutting-edge efficiency, and advanced technology in the core production equipment of the modern OSB manufacturing industry.

The 40-meter length provides massive process space, fundamental for achieving ultra-high capacity (300,000+ m³/year) and stable production of thick panels.

The 120-second curing time demonstrates that, even at this large scale, sophisticated process control (multi-zone temperature/pressure profiles, high-performance resins) and efficient equipment design enable a relatively short core reaction time, ensuring exceptional production efficiency.

Continuous flat-press technology itself delivers the core advantages of energy efficiency, high automation, and superior quality stability.

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.

The OSB continuous press achieves breakthrough efficiency through stepped pressure control + precision zoned heating + orientation-preserving design, solving critical industry challenges in strand alignment stability, thick-board core curing, and resin adhesion. Its 12-zone system is expandable to 24 zones for specialized OSB production.