Sprechen Sie uns an / Contact us
Fibreblow® Essential Plate
- Injection panel for processing of loose insulation materials, e.g. cellulose, wood fibre, glass wool and rock wool
- Automated blowing process tailored to your blow-in insulation material
- Uniform density distribution (adjustable) independent of the compartment geometry
- Scalable modular system
- Connection to crane or multifunction bridge possible without problems
In the standard version, the Fibreblow® Essential Plate injection panel is available in lenghts of 3m to 4m, respectively equipped with 5 to 7 injection nozzles. Depending on the insulating material used and the desired injection density, a material flow rate up to 1t per hour is possible. All components in a factory filling system are controlled via the injection panel using industrial control technology „Made in Germany“ and the corresponding software. All settings can be made by the user via a menu-driven touch screen. The blowing process can be started immediately after the injection panel has been placed on the single-sided unplanked element, its dimensions (length, width, height) have been entered and the insulation material has been specified.
Technical data Fibreblow® Essential Plate
| Dimensions (LxWxH) : approx. 3000-4000x900x490mm (5-7 nozzles) |
| Weight : approx. 300kg |
| Electrical connection : 230V/50Hz/10A |
| Material flow rate : up to 1000kg/h |
| Insulating material : loose insulating materials, e. g. cellulose, wood fibre, glass wool and rock wool |
| Control : touch screen |
Expansion of industrial filling technology
Go to Fibreblow® Premium Line>
The Fibreblow® Premium Plate is an injection panel specially developed for highly automated series production for the industrial filling of wall, roof and ceiling elements with loose insulation materials, e.g. wood fibre, cellulose and glass wool. In combination with the Premium Feeder Lift or Premium Feeder Drop it ensures fast and even compartment filling with optimally prepared fibres. The patented nozzle design guarantees minimal pile formation, optimal corner filling and maximum settling reliability. The software ensures seamless integration into existing production processes and short set-up times when changing insulation materials.