Particleboard Line
A particle board production line is one of the most used materials in the production of.lele board cut boards are separated particle board production where they are separated from a particle board production line.
A particle board production line is also called a particle board cut, it is a type of hardboard that is cut into several pieces, from wood to laminate. The board is also called a particle board cut, it is a piece of board that is cut into several pieces apart to create the desired shape and the quality of the board.
Advantages of Particleboard Line
Cost-effective: One of the significant benefits of particle board manufacturing is its cost-effectiveness. Since the technique utilizes waste materials, it significantly reduces the cost of raw materials, labor, and transportation. Hence, this technique is highly affordable and can be an excellent alternative to expensive hardwoods.
Highly Versatile: Another significant advantage of using particle board is its versatility. It can be cut into any desired shape and can be used for various purposes such as furniture, insulation, and flooring. Particle boards come in various thicknesses and sizes, making them highly suitable for different needs.
Strength And Durability: Particle board manufacturers use high-quality adhesives and processes to produce sturdy and durable finished products. They are highly resistant to moisture, heat, and rot. Moreover, particle boards are ideal for cutting and shaping without breaking, making them highly durable and long-lasting.
Eco-friendly: Particle board manufacturing is highly eco-friendly since it utilizes waste materials rather than cutting down trees. This process helps to conserve natural resources and reduce the carbon footprint of businesses.
Safe And Easy To Use: Particle boards are entirely safe to use since they don’t have any toxic chemicals that can cause harm to individuals. Moreover, their smooth surface and convenient cutting properties make them easy to use and handle.
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Why Choose US
Our Product
Veneer Peeling Machine, Veneer Dryer Machine, Glue Spreader Machine, Cold Press Machine, Hot Press Machine, Edge Sawing Machine, Sanding Machine, Particleboard OSB Line, MDF HDF Line, Short Cycle Lamination, Hot Press Boiler Lifter Table, Plywood Paving Line, Overturner Machine, Core Composer Machine, Putty Spreader Machine, Glue Mixer Machine
Product Application
Furniture manufacturing, House decoration, Construction engineering, Packing, Flooring, Container manufacturing, Shipbulding, Trains manufacturing etc.
Our Certificate
BV, COC, Trademark, Member of Linyi Exhibition Association, Member of Linyi Import & Export Association, Member of Linyi E-commerce Industry Promition Association
Production Equipment
More than 80 types of machining equipment, including ordinary lathes, milling machines, planers, grinders, drilling machines, etc., including more than 20 CNC machine tools, have advanced and complete machining capabilities.
Production Market
North America countries, Middle America countries, South America countries, Southeast Asian countries, Middle east countries, African countries etc.
Our Service
① Before sales: Provide whole wood-based panel production solutions and consult service.
② In sales: Report manufacturing progress in time, free containers loading, 100% machines fixing in containers, containers loading video & photos record.
③ After sales: Machines unloading guidance, overseas machines installation & debugging and free production guidance in customers' factories.
How to Produce Particle Board
Particle board, also known as chipboard, is a versatile and cost-effective material widely used in the construction and furniture industries. It is made by compressing wood particles and adhesive together under high pressure and temperature.
Raw Material Preparation:
The first step for particle board production, is the preparation of raw materials. Wood chips or shavings be produced by wood chipper, to peeling and crushing wood bark into small chips.
Particle Sizing and Blending:
Once the raw materials are dried, they are subjected to a sizing process. The wood strands are sorted into different sizes, ranging from fine to coarse. These particles are then blended together in specific proportions, depending on the desired density and strength of the final particle board.
Resin Application:
The blended wood particles /wood strands are transferred to a mixing chamber, where a resin binder is added. The resin, typically a urea-formaldehyde or melamine-urea-formaldehyde mixture, acts as an adhesive that binds the wood particles together. The resin is carefully applied to ensure even distribution, enhancing the overall strength and durability of the particle board.
Mat Formation:
The resin-coated wood strands are spread onto a continuously moving conveyor belt, forming a thick mat. This mat is carefully monitored to ensure uniformity in thickness and distribution of particles. Special attention is given to achieving the desired density and surface smoothness of the particle board.
Hot Pressing:
The mat of resin-coated wood particles is then transferred to a hydraulic multiple hot press. The press applies high pressure and temperature to the mat, activating the resin adhesive and facilitating the bonding process. The duration of pressing varies depending on the desired thickness and density of the particle board.
Cooling and Trimming:
After the hot pressing stage, the particle board undergoes a cooling process to stabilize its structure and enhance its dimensional stability. Once cooled, the board is trimmed to achieve precise dimensions and smooth edges. Any surface imperfections or irregularities are carefully removed during this stage.
Finishing and Quality Control:
The final step in particle board production involves finishing and quality control. The particle board is sanded to achieve a smooth and uniform surface. It may also undergo additional treatments, such as the application of a protective coating or decorative veneer. Quality control measures are implemented to ensure that the finished particle board meets industry standards and customer requirements.
Working Principle of Chipboard Making Machine
Particle board, also known as chipboard, is a common building material that is made by compressing wood particles together with an adhesive. It is one of the most affordable and versatile building materials.
The manufacturing process of particle board begins with the procurement of raw materials like sawdust, wood chips, and shavings. Once the raw materials are collected, they are dried to remove any moisture.
The dried materials are then fed into a large blender where they are mixed with resin and wax to form a wet mixture. The wet mixture is then spread evenly onto a conveyor belt and passed through a process called extrusion.
In the extrusion process, the wet mixture is compressed under high pressure and temperature. This results in the formation of a dense and uniform board. The board is then cut to size and sanded to ensure a smooth finish.
One of the main features of particle board manufacturing is the use of formaldehyde-based resins. This adhesive is used to bind the wood particles and provide stability and strength to the board. However, excessive use of formaldehyde can cause health hazards, and particle board manufacturers must adhere to strict regulations to ensure the safety of their products.
Another feature of particle board manufacturing is the use of recycled materials. It is an eco-friendly material as it is made from waste wood, such as sawdust and wood chips. The use of recycled materials also reduces the cost of the final product.
When considering purchasing particle board manufacturing equipment, it is important to take several factors into account. Here are a few things to consider before making this investment.
Firstly, you should evaluate the capacity of the machinery. Depending on the size of your manufacturing facility and the demand for your product, you may need more or less capacity. Ensure that the machinery you choose can handle the amount of material you intend to manufacture.
Secondly, consider the durability and reliability of the equipment. Particle board manufacturing can involve a lot of wear and tear on machinery, so it is important to choose products that are long-lasting and can withstand the heavy use.
Thirdly, assess the maintenance requirements and costs of the machinery. It is essential to keep the machinery running smoothly to avoid downtime and costly repairs. Ensure that the equipment is easy to maintain and comes with a warranty that will cover any repairs or replacements.
Fourthly, consider the size and layout of your facility. Depending on your manufacturing process, you may require specific equipment that fits the space available. Be sure to measure your space and consult with the manufacturer to ensure that the equipment will fit.
Lastly, review the cost and financing options for the equipment. It is essential to calculate the total cost and consider the potential return on investment before making this purchase. Ensure that financing options are available and that the cost of the equipment fits within your budget.
When purchasing particle board manufacturing equipment, it is essential to evaluate the capacity, durability, maintenance requirements, facility limitations, and cost to ensure that you get the best value for your investment. With careful consideration of these factors, you can increase your chances of successfully growing your manufacturing business.
Particle Board Production Line
Chips Preparation Section
Raw material is reduced into qualified chips by the drum chip per ,then the chips are transported to the chip bin for transitional storage, and then feed to the knife-ring flaker by which the chips are turned to flakes, then the flakes are stored in wet flake bin.
Drying & Sifting Section
The flakes from the wet flake bin are conveyed to the dryer. Qualified core flakes after sifting are stored in core flake bin; oversize flakes are conveyed to miller for milling, and stored in surface flakes bin.
Glue Regulating & Applying Section
After scaled, the core and surface flakes are to be effectively and uniformly mixed with required glue independently in their glue mixers respectively.
Forming & Hot-pressing Section
The surface and core flakes are sent into classi-forming machine, and forming on the mat conveyor uniformly. After processes of metal remover, pre-press, lengthwise saw, cross saw, accelerate conveyor, scaling conveyor, storing conveyor and loading conveyor, mats are transported to carrier and then to hot press. Rough boards after pressing are pushed to unloader via pallet.
Cooling & Sizing Section
The rough board is conveyed to star-cooler for cooling, then the rough board goes through side trimming saw and become a qualified particle-board, stacked on the hydraulic lift.
Sanding Section
The board are sanded, checked and stored .Plc control is used in mat-forming section.
Plc Control System
Full automatic control , simens control system
Heating Energy Center
Heating energy center is the heating supply system from our company design, manufacture for the wood based panel industry, its fuel can be the waste wood, wood skin, saw dust, sanding powder and so on. Produce ,uliple heat carrier like the high temperature thermal oil, steam, hot air and some other high efficiency,energy convervation, enviornment protection heating energy supply equipment.
The Main Process Flow of Particleboard Production Line
The main process flow of particleboard production line is: material preparation → chipping → flaking → drying + sorting + glue mixing → paving + prepressing → cross cutting → board loading → unloading +cooling + sawing + sanding + inspection and storage.
This process is divided into the following sections. In the material preparation section, the spare raw materials are chipped by the chipper and sent to the wood chip bin for transitional storage. The wood chips are then sent to the chipper to be processed into shavings, and the shavings are sent to the wet shavings bin for transitional storage. (Industrial shavings and sawdust can also be used, and they can be stored in transition after screening) In the drying and sorting section, the wet shavings are sent to the rotary dryer for drying. The dried shavings are screened by the swing screen.
The qualified core and surface dry shavings are sent to the core and surface dry shavings bins for transitional storage. The oversized shavings are crushed or polished and then enter the swing screen for sorting. In the glue mixing and gluing process, qualified core and surface shavings are evenly transported to the glue mixer. At the same time, the glue supply equipment adds the glue required by the process into the glue mixer. The core and surface shavings and glue are fully stirred by the glue mixer to achieve the effect of even mixing.
In the paving and hot pressing process, the shavings after gluing are transported to the paving machine, which paves out flat and continuous bulky slabs with a gradient structure and a required thickness. Then, they are made into bonded slabs with a certain strength through the pre-pressing machine, the edge saw, and the cross-cutting saw. They are sent to the loading machine through the slab conveyor and the pusher.
The loading machine sends the slabs together into the hot press to be pressed into particleboard. At the same time, the rough edged boards that have been hot pressed in the hot press are pushed out to the unloading machine by the pad of the loader. The rough edged boards in the unloading machine of the post-processing section are sent to the cooling plate turning machine through the unloading conveyor and the plate feeding roller conveyor.
After staying (cooling) in the cooling plate turning machine, the rough edged boards are transported to the longitudinal and transverse sawing machine by the plate discharging roller conveyor, the centering conveyor, and the roller conveyor to be sawn into 4/X8/ordinary particleboards, and finally transported to the hydraulic lifting platform for stacking.
The equipment of the paving hot pressing section and the post-processing section of this production line adopts PLC program control system to realize automatic production, and can also be manually operated. The particleboard is made into a plain board by the sanding particleboard process, and is processed into a sanded particleboard by a sanding machine.
Technical Parameters Terms for Particle Board Manufacturing
Particle board is a popular variety of engineered wood that is commonly used in the manufacture of furniture, cabinets, and flooring materials. In order to ensure that particle board products meet industry standards and quality specifications, there are several technical parameters that must be taken into account during the manufacturing process.
Density: Particle board density refers to the weight of the board per unit volume. The density of the board is determined by the size, shape, quantity, and distribution of the particles used in the manufacturing process.
Moisture Content: Moisture content is one of the most important technical parameters to consider during particle board manufacturing. Ideal moisture content for particle board should be between 3% to 10%.
Internal Bond Strength: Internal bond strength is the measure of the strength of the adhesive bond between the particles of the board. This parameter is determined by conducting a test that calculates the tensile strength of the material when it is pulled apart in opposite directions. The ideal internal bond strength should be within a range of 300 to 600 N/m2.
Modulus of elasticity (MOE): MOE is a measure of the stiffness of particle board. It indicates the ability of the board to withstand the bending and flexing forces exerted upon it. The higher the MOE, the stiffer the board.
Screw Holding Capacity: Screw holding capacity refers to the ability of the particle board to grip and hold onto screws when installed. This is an important factor to consider when making furniture pieces or other products that require screws to be inserted.
Dimension Stability: Dimension stability is a measure of the ability of particle board to maintain its original shape and size under different temperature, humidity, and moisture conditions.
FAQ
As one of the leading particleboard line manufacturers and suppliers in China, we warmly welcome you to buy durable particleboard line for sale here from our factory. All machines are with high quality and competitive price.
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