Machine de pulvérisation de mousse de polyuréthane
- 1 machine can meet multiple needs of spraying, coating, filling and others, you only need to replace the spray gun.
- 2 different driving modes (Pneumatic/Hydraulic) are available, with strong power, stable pressure, no seasonal influence, simple operation and convenient movement.
- Using imported international brand cylinders, plunger pumps et solenoid valves, low failure rate, high kinetic energy conversion rate and low noise.
- 1:1 pressure output, small dynamic and static pressure, high pressure stability, and large raw material output.
Classification de la machine de pulvérisation de mousse PU UREXCEED
UREXCEED Machine de pulvérisation de mousse PU is a specialized piece of machine à mousse de polyuréthane used for the application of polyuréthane et polyurée foam through spraying, coating and filling, commonly used in insulation, construction, and industrial applications. Polyurethane foam spray machine is designed to mix and spray two-component polyurethane foam (typically polyol et isocyanate) onto surfaces to create a thick, high-density layer of insulation or protective coating. The foam expands upon application, providing excellent thermal insulation, soundproofing, and moisture resistance.
In order to meet the different needs of customers, UREXCEED has designed several different types of PU foam spray machines. According to the different raw materials, UREXCEED polyurethane spray foam equipments can be divided into polyurethane foam sprayers et polyurea spray machines.
Polyurethane foam sprayers are mainly used to spray or pour polyurethane on the surface or inside of objects that need foam insulation spray, such as walls, floors, etc., such as JYYJ-A-V3, which is our most basic spray foam insulation machine. Polyurea sprayers are mainly used to spray polyurea foam, mainly used for waterproofing and anti-corrosion, such as our JYYJ-H-V6, which is also an economical model.
JYYJ-3H Polyurethane Spray Machine
| Mode Conduite | Pneumatique |
| modèle | JYYJ-3H |
| Alimentation électrique | Monophasé 220V 50Hz |
| Puissance de chauffage | 7,5 kW |
| Sortie brute | 2 à 12 kg/min |
Machine de pulvérisation de mousse PU JYYJ-H600
| Mode de conduite | Entraînement hydraulique |
| modèle | JYYJ-H600 |
| Alimentation électrique | triphasé 4 fils 380V 50HZ |
| Puissance de chauffage | 22 kW |
| Production de matières premières | 2 à 12 kg/min |
JYYJ-H600P Polyurethane Spray Foam Equipment
| Mode de conduite | Entraînement hydraulique |
| modèle | JYYJ-H600P |
| Alimentation électrique | 3-phase 3-wires 380V 50HZ |
| Puissance de chauffage | 26KW |
| Production de matières premières | 2 à 12 kg/min |
Équipement d'isolation en mousse JYYJ-A-V3
| Mode de conduite | Entraînement pneumatique |
| modèle | JYYJ-A-V3 |
| alimentation électrique | 380V 50Hz |
| puissance de chauffage | 9,5 kW |
| Production de matières premières | 2-10 kg/min |
Machine d'isolation en mousse JYYJ-Q300
| Mode de conduite | Pneumatique |
| modèle | JYYJ-Q300 |
| Alimentation électrique | 380V 50HZ |
| Puissance de chauffage | 15 kW |
| Production de matières premières | 2 à 10 kg/min |
Machine d'isolation en mousse pulvérisée JYYJ-H-V6
| Mode de conduite | Entraînement hydraulique |
| modèle | JYYJ-H-V6 |
| alimentation électrique | Triphasé trois fils 380V |
| puissance de chauffage | 22 kWV |
| Production de matières premières | 2-10 kg/min |
Pompe de transfert
Vérin de puissance
Pistolet à peinture
Need more specification of different types UREXCEED PU foam spray machine?
Principe de fonctionnement De la machine de pulvérisation de mousse PU UREXCEED
01 Fourniture de matériel
UREXCEED PU spray foam machine is equipped with two separate storage tanks for polyol (polyether) and isocyanate. These materials are delivered to the mixing head via high-precision pumps.
02 Livraison à haute pression
UREXCEED pu foam spray machine uses high pressure pumps to deliver the two components to the spray gun in precise proportions. The high pressure ensures efficient delivery of the materials to the spray nozzle.
03 Mélange de matériaux
À l'intérieur de la buse de pulvérisation, le polyol et l'isocyanate sont mélangés sous un cisaillement élevé. Lorsque les matériaux réagissent chimiquement, ils produisent une mousse qui se dilate rapidement. Le système de mélange à l'intérieur de la buse assure un mélange uniforme des composants, évitant ainsi la formation de mousse irrégulière ou de bulles d'air.
04 Pulvérisation et expansion
La mousse mélangée est pulvérisée sur la surface souhaitée à l'aide du pistolet pulvérisateur. Au contact de la surface, la mousse commence immédiatement à se dilater, formant une couche uniforme. La mousse durcit en quelques minutes, formant une couche solide, étanche à l'air et isolante thermique.
05 Durcissement et moulage
Une fois pulvérisée, la mousse durcit et se solidifie, formant ainsi une couche isolante ou protectrice durable et sans joint. La mousse offre une excellente isolation thermique, une résistance à l'humidité et une durabilité à long terme, ce qui la rend idéale pour les applications dans la construction, l'entreposage frigorifique, l'automobile et d'autres industries.
Applications Of UREXCEED PU Spray Foam Machine
Polyurethane spray machines use high-pressure spraying to evenly apply foam materials to target surfaces, providing efficient insulation, thermal protection, and waterproofing. They are widely used to cover large areas quickly, especially in the construction industry, for insulating and waterproofing walls, roofs, and floors.
Building Insulation and Roof Insulation
For building insulation, polyurethane foam is widely used on external walls, roofs, attic and floors. Its excellent thermal insulation properties help save energy and effectively maintain indoor temperature stability by isolating external temperature variations.Cold Chain Logistics and Refrigerated Warehouses
In cold chain logistics and refrigerated warehouses, polyurethane foam is applied for insulation, ensuring temperature control and high energy efficiency for long-term storage.
- Agricultural Building Insulation
Polyurethane foam spraying is used in agricultural buildings such as greenhouses, barns, stables and poultry houses, effectively improving environmental control for optimal growth conditions for crops and livestock.
- Industrial and Workshops
In industrial plants and workshops, polyurethane foam provides a fast and efficient insulation solution, especially for production spaces requiring sealed protection.
Besides these, polyurethane foam is also used to spray in the walls of recording studios, schools, and residential areas. Some people may ask does spray foam insulate sound, and the answer is yes. Polyurethane has excellent acoustic properties, effectively reducing noise transmission. The sound insulation properties of the foam make it especially suitable for noise-sensitive areas. If you need insulation foam and foam insulation machine, Contactez-nous!
Polyurethane spray machines provide not only thermal insulation spraying but also protective coatings that waterproof, resist corrosion, abrasion, and chemical damage with polyurea. These coatings are widely applied to metal, concrete, wood, and other substrates to improve durability and corrosion resistance.
Pipeline and Tank Protection
Polyurethane coatings are widely used on pipelines and storage tanks in the oil, gas, and chemicals industries, offering corrosion and waterproof protection. These coatings are particularly effective in harsh industrial and marine environments, preventing oxidation, corrosion, and wear.Industrie automobile
Polyurethane coatings are used on truck beds, chassis, and both interior and exterior parts of vehicles, offering protection against corrosion, wear, and chemical damage.
Marine and Ship Protection
Polyurethane coatings are used to protect ship hulls, boat dock offshore platforms, effectively resisting the harsh marine environment and protecting metal from saltwater, moisture, and corrosion.Industrial Floor Coatings
Polyurethane coatings are used in industrial flooring to provide protection against wear, slipping, and chemical leakage, ensuring long-term durability in factories, warehouses, and workshops.
Of course, the applications of coating are far more than these. Polyurea coating can also be used to spray water parks, swimming pools, building foundations, concrete joints, culverts, steel structures, water tanks, bridges, sculptures, military bases, fountains, aerospace, basements and so on. If you need polyurée et polyurea coating machine, Contactez-nous!
Polyurethane foam’s expansion ability and strength also make it an ideal material for filling voids, supporting structures, and cushioning impacts. It is widely used in applications that require sealing, insulation, and structural reinforcement.
Maritime Buoyancy Equipment
Polyurethane foam is used in the production of flotation devices, life rafts, and other marine equipment, providing lightweight and high-strength buoyancy support.Pipeline and Mine Backfilling
Polyurethane foam is used for void filling in pipeline repair and mining construction, enhancing foundation stability and preventing further settling.
Slab Lifting (Residential, Commercial and Industrial)
Polyurethane foam is widely used for slab lifting in residential neighborhoods, commercial spaces, and industrial facilities, including driveways, sidewalks, garage floors, warehouses, and factory floors. This technology effectively repairs settlement issues, minimizes downtime and maintenance costs, and eliminates the need for structural demolition.
Infrastructure Repair
In infrastructure projects like roads and bridges, polyurethane foam can be used to lift and stabilize settled ground, ensuring traffic safety.
In addition to the conventional insulation foam filling into tanks, water heaters, floats and other products, polyurethane concrete lifting is a popular application for fixing settling concrete. If you need concrete leveling foam or cement leveling machine, Contactez-nous!
If your business happens to involve the applications we mentioned or you have other needs, please contact us.
Liste de lecture
Bon avis sur la machine à mousse pulvérisée PU UREXCEED
UREXCEED PU Spray Foam Machine has received outstanding reviews from customers for its performance, ease of use, and efficiency in spray foam applications. Customers in industries such as construction, insulation, and roofing have praised the machine’s ability to deliver high-quality foam with excellent coverage, ensuring superior thermal insulation and energy efficiency. Many users have highlighted its consistent spray pattern and adjustable settings, which provide flexibility for various projects, from small-scale applications to large commercial jobs. The machine’s quick setup, low maintenance, and durable build are also frequently mentioned, allowing businesses to minimize downtime and optimize productivity. Overall, UREXCEED PU Spray Foam Machine is highly regarded for its reliability, precision, and ability to improve both the quality and speed of foam application, making it a top choice for professionals in the spray foam industry.
Produits connexes À propos de la machine de pulvérisation de mousse PU UREXCEED
Raboteuse en mousse de polyuréthane
Compresseur d'air
Material Drum Heater
Certificat de la machine de pulvérisation de mousse PU UREXCEED
UREXCEED PU Spray Foam Machine is designed and manufactured to meet the highest international quality and safety standards. It is certified under ISO 9001:2015, ensuring that every phase of production, from design to service, adheres to stringent quality management protocols. Additionally, it holds CE certification, demonstrating compliance with European safety, health, and environmental regulations, ensuring safe operation for users. The machine also complies with RoHS certification, guaranteeing that it meets standards for the restricted use of hazardous substances in electrical and electronic equipment. Full documentation, including material certifications, inspection reports, and traceability records, is provided to ensure full transparency and compliance with industry standards. These certifications give customers confidence in the machine’s reliability, safety, and performance, making it a trusted solution for spray foam applications across various industries.
FAQ sur la machine de pulvérisation de mousse PU UREXCEED
Nous avons actuellement deux types de pneumatiques et d'hydrauliques, 220v et 380v. Récemment, un client mexicain a demandé 110V 400v, et nous y travaillons également.
Calculez en fonction de la densité de la matière première et de l'épaisseur du revêtement pulvérisé. Par exemple, la densité est de 30 kg/m3 et l'épaisseur est de 7 cm.
La pompe à matériau extrait les matières premières dans la machine de pulvérisation, les chauffe à la température requise, puis les transporte vers le pistolet de pulvérisation via le tuyau de chauffage, les mélange soigneusement dans le pistolet de pulvérisation, puis les pulvérise.
R : Le pipeline et l’alimentation électrique de l’ordinateur hôte au pistolet sont déjà connectés.
Les contrôles suivants doivent être effectués avant l'opération :
1. Tous les joints de l'unité principale au pistolet ne fuient pas d'air ou de matériau,
2. Assurez-vous de séparer les matériaux A et B dans toute la canalisation d'entrée de la pompe au pistolet pour éviter la paralysie de l'ensemble du système.
3. Il doit y avoir une mise à la terre de sécurité et une protection contre les fuites.
4. Lorsque l'équipement cesse de fonctionner, le système de chauffage doit être éteint à temps et l'alimentation électrique doit être coupée pour éviter la détérioration de la qualité de la mousse causée par un temps de chauffage excessif.
Le modèle pneumatique est d'au moins 0,9 Mpa/min et le modèle hydraulique est de seulement 0,5 Mpa/min.
Température optimale 10-25℃
Généralement, tant que la bague d'étanchéité est remplacée, nous vous en fournirons une dans la boîte à outils de la machine suivante.
·La température de conservation au froid est d'environ 5℃ et l'épaisseur de la couche isolante est de 15 cm.
·La température du congélateur est d'environ -20℃ et l'épaisseur de la couche isolante est de 25 cm.
Cavitation is caused by vapor bubbles forming in the fluid lines due to insufficient fluid pressure or blockages. This can damage pumps and reduce spray quality. To prevent cavitation, ensure proper fluid supply, avoid leaks, maintain correct pressure settings, and regularly clean filters and check hoses for blockages.
Blisters and pinholes often result from trapped air, moisture, or contaminants on the substrate. To troubleshoot:
Ensure the surface is clean and dry before application.
Apply the coating in controlled humidity and temperature conditions.
Use proper spray techniques to avoid excessive air entrapment.
Allow sufficient curing time between coats.
Best practices include:
Regularly clean all parts, especially spray guns and fluid lines.
Check and replace worn seals and filters.
Lubricate moving parts as recommended by the manufacturer.
Store the machine properly in a dry environment.
Perform routine inspections and follow a maintenance schedule.
To resolve spray gun issues:
Leaking: Check seals and tighten connections.
Clogging: Clean the nozzle and filters; flush the system regularly.
Uneven spray patterns: Adjust spray pressure and inspect the tip for damage or wear. Always use manufacturer-recommended cleaning solutions and spare parts.
UREXCEED polyurethane spray machine has completely transformed our workflow. What used to take days now takes just hours. Fast curing, reliable output, and easy to operate — couldn’t ask for more!
James Walker Construction Manager, USA