Sponge Foam Turnkey Plant
Plan flexible polyurethane sponge and foam block production with continuous Slabstock or batch Box Foaming, followed by configured block handling, conditioning and cutting.
Flexible Sponge and Foam Block Applications
Select the foam formulation and block process for the intended application. Product properties are validated with the selected materials and production conditions.
Furniture and Upholstery Foam
Produce foam blocks for cushions, padding and upholstery, followed by cutting to the required dimensions.
Mattress and Comfort Foam
Plan flexible foam blocks for mattress layers and comfort products, with density and firmness specified through formulation trials.
Cut Sponge and Foam Components
Coordinate block dimensions, conditioning and cutting for the selected sponge or foam component.
Slabstock, Box Foaming and Related References
Continuous Slabstock and batch Box Foaming are separate production routes. Storage and turning conveyors support the selected block flow. The two existing cases below relate to Slabstock; a dedicated Box Foaming case is not currently linked.
Continuous Slabstock Foaming
Meter and dynamically mix raw materials onto a moving conveyor to form a continuous foam bun. Coordinate cut-off, conditioning and downstream slicing with the selected formulation and line configuration.
Process and Configuration
Batch Box Foaming
Prepare and meter the selected materials, mix and pour into individual box molds for free rise. Block conditioning and cutting follow as separate operations; batch size and cycle depend on the formulation and equipment.
Process and Configuration
Foam Block Storage and Handling
Coordinate block transfer and storage positions with production and cutting schedules. Conveyor routing, racks and controls are defined for the factory layout.
Process and Configuration
Foam Block Turning Conveyor
Route foam blocks through changes of direction between production, storage and cutting. Select support, guides and transfer controls for the block envelope and layout.
Process and Configuration
Slabstock Case: Brazil
Explore the existing continuous Slabstock project reference in Brazil. Its project configuration is separate from the current line configuration described in the solution.
Process and Configuration
Slabstock Case: Argentina
Explore the existing furniture-padding flexible foam project reference in Argentina, linked to the continuous Slabstock solution.
Process and Configuration
Foam Block Cutting and Sheet Conversion Solution
Convert conditioned foam buns into sheets, rolls and prepared blanks with a selected handling, horizontal slicing and vertical cutting arrangement.
Process and Configuration
Foam Compression and Packaging Solution
Select block compression and sealing or roll compression packaging according to foam dimensions, recovery behavior and packaging material.
Process and Configuration
Foam Contour Cutting and Profiling Solution
Select contour cutting, convoluting, angle cutting or perforating equipment for shaped foam components used in furniture, mattresses and cushioning.
Process and Configuration
Rebond Foam Recycling Solution
Plan scrap preparation, binder mixing, molding and block finishing for recycled foam blocks. Final equipment selection depends on the scrap and binder system.
Process and Configuration
Foaming and Downstream Processing Equipment
Explore box foaming, cutting, contour processing, foam recycling and packaging equipment. Use the related process solutions to select the appropriate equipment combination.
Continuous Slabstock Foaming Line | Foam Blocks
Continuous Slabstock Foaming line with multi-stream metering, low-pressure dynamic mixing, conveyor forming and cut-off for flexible PU foam blocks.
Low-Pressure Box Foaming Machine | Foam Blocks
Low-pressure polyurethane metering and dynamic mechanical mixing for batch Box Foaming. The reactive mixture is poured into a box mold for free rise, then the foam block is cured and conditioned before slicing. Configure the machine to the formulation, block dimensions and required production capacity.
PU Foam Cutting and Slicing Equipment | Foam Blocks
Haifeng supplies PU foam cutting equipment for slabstock blocks, with synchronized cut-off and configurable slicing or CNC contour modules for furniture padding.
Mattress Compression and Sealing Machine | Foam Block Packaging
Compresses foam blocks and seals their packaging to reduce storage and transport volume.
Foam Handling Clamp | Slabstock Foam Handling
Handles long foam buns. The clamp length can be configured around the handling layout.
Foam Convoluting Machine | Profiled Foam Sheets
Feeds foam through profiled compression rollers and splits it into two patterned sheets for cushions, mattresses and acoustic lining applications.
Foam Roll Compression Packaging Machine | Flexible Foam Roll Packaging
Compresses foam rolls while wrapping them in packaging film, followed by sealing and cutting. The described arrangement includes automatic loading and unloading.
Foam Sheet Joining Machine | Continuous Foam Webs
Joins foam rolls into a continuous web. Joining time is adjusted for foam density and thickness, and the machine can be paired with a length meter and rewinder.
Precision Vacuum Horizontal Foam Cutter | Thin Foam Sheets
Slices foam blocks using digital settings, automatic reciprocating travel on rails and a vacuum worktable. Pressure rollers help retain the foam during cutting.
High Density Rail Foam Slicer | High Density Foam Sheets
Horizontally slices high density foam using touchscreen and PLC settings, dual drives and reciprocating rail travel. An abrasive worktable surface and pressure roller help hold the foam. The repeated material also describes shoe-foam sheet applications.
Foam Length Meter and Rewinder | Foam Web Finishing
Measures foam-web length and rewinds the measured material into rolls. It can be paired with foam sheet joining equipment.
Foam Skin Splitting Machine | Foam and EVA Splitting
Splits top and bottom foam skins and can be reviewed for EVA splitting applications. Material suitability and the finished sheet requirement are checked before selecting the setup.
Rail Mounted Horizontal Foam Slicer | Long Foam Buns
Slices long foam buns into sheets using digital thickness settings and automatic reciprocating rail travel. It can form part of the downstream cutting arrangement of a slabstock plant.
Horizontal Foam Block Slicer | Flexible Foam Sheets
Slices foam blocks into sheets using digital thickness settings and a reciprocating worktable. Pressure rollers help retain the foam; a vacuum arrangement is optional.
Foam Scrap Shredder | Foam Recycling
Shreds foam offcuts and waste foam into granules. Interchangeable screens adjust granule size for filling materials or rebonded foam preparation.
Heavy Duty Foam Scrap Shredder | Rebond Foam Preparation
Shreds foam offcuts and suitable textile scraps for rebond foam preparation. The described cutting assembly uses three rotary cutter rows and four stationary cutter rows with a cooling-water circulation arrangement.
Automatic Vertical Foam Cutter | Foam Block Conversion
Cuts foam vertically with touchscreen and PLC settings for multiple thicknesses. A fixed aluminum worktable holds foam between retaining plates while the blade carriage travels on linear guides.
Manual Foam Contour Cutter | Shaped Foam Components
Cuts foam into arcs, cylinders, pillow profiles and other shapes using interchangeable templates for furniture and upholstery components.
Four Wheel Foam Angle Cutter | Angled Foam Sheets
Performs vertical slicing and angled foam cuts with powered frame-angle adjustment and an automatic blade sharpening arrangement. EVA and polyethylene foam applications require material review.
Mesh Belt Vacuum Foam Slicer | Horizontal Foam Cutting
Horizontally slices foam blocks using digital settings and a roller-supported mesh-belt vacuum table. Pressure rollers help retain foam during reciprocating cutting.
Foam Rotary Peeling Machine | Continuous Foam Rolls
Peels cylindrical foam into a continuous sheet and rewinds it into rolls. Cutting and rewinding settings are adjusted to the required thickness and foam density.
Automatic Foam Profile Cutting Machine | Thick Profiled Foam
Uses profiled compression rollers to split foam into patterned sheets. The described configuration has automatic roller-depth adjustment, enlarged rollers and a powered-height roller feed table.
Carousel Horizontal Foam Slicer | Multiple Foam Blocks
Slices several foam blocks arranged on a rotating table. Digital thickness settings and reversible table rotation support repeated sheet cutting.
Manual Vertical Foam Cutter | Foam Sheet Conversion
Cuts foam vertically by positioning the foam on the worktable and moving the table along its rails. Cutting thickness and position are set before travel.
Automatic Foam Ball Shaping Machine | Foam and EVA Balls
Shapes cylindrical or square foam and EVA blanks into balls of the selected diameter. The described arrangement includes dust extraction.
Horizontal Foam Core Drilling Machine | Cylindrical Foam Buns
Drills a core through cylindrical foam supported on a V-shaped worktable. The worktable is advanced for drilling before downstream rotary peeling.
Horizontal Blade CNC Foam Contour Cutter | Shaped Foam Components
Follows programmed contours using computer control, multi-axis motion control and servo drives. A circulating band blade cuts shaped foam components; an automatic pressure-roller arrangement is optional.
Vertical Blade CNC Foam Contour Cutter | Shaped Foam Components
Cuts programmed foam contours with computer control, multi-axis motion control, servo drives and a circulating vertical band blade. Blade selection is agreed for the material and cut geometry.
Foam Cell Opening Compression Machine | Flexible Foam Conditioning
Compresses flexible foam through rollers for cell-opening conditioning. The required compression setting and material response are reviewed for the foam formulation.
Automatic Foam Mattress Perforating Machine | Perforated Foam Mattresses
Perforates foam mattresses using servo-controlled feeding and an automatic punching arrangement. Waste removal is included in the described process.
Automatic Foam Angle Cutter | Furniture Foam Components
Cuts angles in upholstery and furniture foam. PLC digital input positions the machine to the selected cutting angle.
Horizontal Latex Foam Slicer | Latex Foam Sheets
Horizontally slices latex foam using touchscreen and PLC settings with automatic reciprocating rail travel. Settings are selected for the required sheet thickness and foam density.
Manual Vertical Foam Mixing Machine | Batch Flexible PU Foam
Mixes manually charged flexible PU foam raw materials in a bucket using timed high- and low-speed mixing. The mixed charge is poured into a separate mold for foaming.
Manual Base Mounted Foam Mixing Machine | Batch Flexible PU Foam
Mixes manually charged flexible PU foam raw materials using timed high- and low-speed mixing in a base-mounted bucket arrangement. The mixed charge is poured into a separate foaming mold.
Dual Blade CNC Foam Contour Cutter | Foam Component Conversion
Cuts programmed foam contours with computer-controlled multi-axis motion, servo drives and circulating band blades. Front and rear lifting platforms support loading and unloading.
Rebond Foam Production Machine | Recycled Foam Blocks
Mixes shredded foam with binder, charges molds and compresses the mixture hydraulically to form rebonded foam blocks. Manual-mold and steam-assisted automatic-mold configurations are described.
Rebond Foam Edge Trimming Machine | Foam Block Finishing
Trims outer skins and edges of foam and rebonded foam blocks. The worktable rotates through 360 degrees and has powered lateral travel for positioning.
Automatic Box Foaming Machine | Flexible PU Foam
Automatic box foaming equipment for batch production of flexible polyurethane foam. The supplied configuration includes raw-material mixing, foam forming and a touchscreen control system for managing formulations, with automatic and manual operating modes. Foam blocks are produced in individual molds and then transferred to the agreed conditioning and downstream cutting stages.
Share Your Foam Application, Formulation, Block Dimensions and Output Target
Flexible Foam Materials and Selection Guides
Published guides on firmness, airflow and formulation inputs for flexible PU foam.
IFD vs. ILD: What They Mean for Flexible Polyurethane Foam
On a flexible foam data sheet, two abbreviations create the same moment of hesitation: IFD and ILD. One buyer asks for an ILD of 33; a supplier quotes a 25% IFD of 33 lbf. Both describe an indentation test, but the terms come from different standards and commercial habits. Getting this clear matters because a […]
Evaluating Airflow in Flexible Polyurethane Foam
Two flexible foam pads can come off the same line with identical density and hardness, yet one feels dead and the other breathes. The difference is rarely chemistry; it is cell structure. Airflow is the property that exposes it. Why Airflow Deserves a Defined Test in Flexible Foam Density tells you how much polymer is […]
TDI in Flexible Polyurethane Foam: Applications and Grades
Flexible polyurethane foam production keeps returning to the same decision points: which isocyanate and polyol system will hold target density, hardness, and resilience across a full production day, and which line setup will repeat that result in every block or cavity. TDI remains the standard answer in a large share of cushioning, bedding, and seating […]
Explore the Brazil continuous Slabstock case. Case data describe that project and do not guarantee the output or properties of a different configuration.
View Slabstock CasePlan the Foaming Route and Downstream Interfaces
Define the foam product, formulation, production schedule and factory layout before selecting equipment. Confirm Haifeng supply and customer-provided interfaces in the project scope.
Choose the Production Route
Compare continuous Slabstock and batch Box Foaming using the required output, formulation range and available space.
Define Material and Mixing Requirements
Confirm the selected materials, component streams, preparation and mixing arrangement for the route.
Coordinate Conditioning and Cutting
Plan block transfer, formulation-specific conditioning, storage positions and the downstream cutting schedule.
Confirm Factory and Control Interfaces
Agree utilities, layout, handling, control coordination and commissioning scope for the selected equipment.
Plan Your Sponge Foam Production
Send the foam application and formulation, density and firmness targets, block dimensions, working hours and output target. For Slabstock include material flow, conveyor speed and cut length; for Box Foaming include batch mass, box count and the full mixing, rise, conditioning and cutting schedule.
