Abstract: An application system is disclosed for two-component materials, and can include a moisture-reactive composition accommodated in a first packaging unit, a hardener component accommodated in a second packaging unit and a dynamic mixer configured for insertion into an applicator and to be driven by the applicator.

Abstract: A dispensing tool is disclosed which includes an exchangeable container having a main component A, a container having a minor component B, a mixer for the components A and B, and an expelling device for at least one of the containers, the expulsion into the mixer of at least one of the components being controllable independently of the other components. In addition, a method is disclosed for refilling the container of the minor component B of a dispensing tool.

Abstract: The disclosure relates to a metering and mixing device for multi-component substances, such as multi-component adhesives, which includes at least two associated cartridge accommodating deices for accommodating replaceable cartridges having individual substance components, a discharging device for disclosing (e.g., simultaneously discharging) the substance components from the cartridges through component outlets by discharging pistons that plunge into the cartridge accommodating device or cartridges, and a mixing device, which is connected to the component outlets, mixes the discharged substance components, and outputs the substance components in the mixed state. At least one discharging piston can have a thread such that the discharging piston can be driven forward by the thread when the discharging piston is rotated relative to the cartridge accommodating device.

Abstract: The disclosure relates to an application device for multi-component substances, such as multi-component adhesives or multi-component sealants, having at least two interconnected cartridge receiving devices for receiving replaceable cartridges containing substance components to be mixed, wherein one of which cartridges has a rigid outside wall, including a drive device for expelling the substance components from the cartridges in predetermined quantity ratios through component outlets with the aid of expulsion pistons, and a mixing device, which is connected to the component outlets, mixes the expelled substance components and discharges them in the mixed state. At least one of the cartridge receiving devices can be designed to be loaded with cartridges on the discharge side, at least one of the cartridge receiving devices being designed to support a cartridge having a rigid outside wall.

Abstract: In the case of a structural glass element with a plastic-coated glass panel and at least one assembly element attached hereon, the glass panel is coated in particular with a silicone-based elastomer across its entire surface, and the coating at the same time creates an adhesive joint with one section of the assembly element supported on the glass panel.

Abstract: A dispensing tool is disclosed which includes an exchangeable container having a main component A, a container having a minor component B, a mixer for the components A and B, and an expelling device for at least one of the containers, the expulsion into the mixer of at least one of the components being controllable independently of the other components. In addition, a method is disclosed for refilling the container of the minor component B of a dispensing tool.

Abstract: The device (1000), for dispensing viscous or pasty material (42), such as sealing materials or adhesives, comprises a drive unit (2) in a housing (3), by means of which a main guide rod (1) which may be connected at the front end thereof to a piston (5, 500) is mounted such as to be axially movable, introducible into a main cylinder (9) and connectable to the drive unit (2) on the drive side by first assembly means (8?, 23) and retains at least one sealing element (7, 71; 700; 701) on the front side thereof by means of two assembly means (8; 800). The piston (5; 500) driven by the main guide rod (1) acts on the material (42) and forces the same out of the main cylinder (9) through the sealing element (7, 71; 700; 701).

Abstract: A method for the adhesion of windowpanes (1) using a frame (3) that exhibits sealing lips (2) is included in the description. Windowpane (1) is contacted with sealing lip (2). Adhesive (6) is pressed through at least one opening (4) in the frame into a hollow space (5) that is bounded by at least a sealing lip and a windowpane. The adhesive is then hardened.

Abstract: The device serves for mixing at least one liquid first and one liquid, viscous or powdery second component which can be introduced into the mixing chamber of a mixing body and, after the mixing process has been carried out, can be removed again from said mixing chamber in the form of the mixed product. According to the invention, the mixing body is a self-contained annular tube system, the interior space of which forms the mixing chamber through which the mixed product can be transported cyclically by means of a conveying element, wherein a plurality of closeable inlet openings for the feed of the components and at least one closeable outlet opening for the removal of the mixed product are provided in the mixing body. The device is suitable for the admixing of reactive components. In particular, it is suitable for the production of aqueous silanes.

Abstract: The device (10) for the release of material (202) for processing, comprises an actuator device (800), by means of which a guide rod (1), mounted for axial displacement, provided on the front thereof with a threaded pin (12) for connection to a piston (5), may be introduced into a cylinder (9; 309), such that the piston (5) acts on the material (202) for processing in the cylinder (9; 309) and forces the same from the cylinder (9; 309). According to the invention, the piston (5) comprises two opposing faces (5A, 5B), the first face (5A) of which acts on the material (202) for processing, housed in a bag (200), introduced into the cylinder (9) and the second face (5B) of which acts on material (202) for processing housed in the cylinder (309) in a cartridge (300) introduced into the device (10). The device (10) thus permits, after corresponding assembly of the piston (5), the processing of a bag introduced into the cylinder (9), or a cartridge (300) which may be inserted in the device (10).

Abstract: The present invention relates to the use of an ultrasonic atomizer for applying an adhesion promoter composition to at least one substrate surface, and to a method for gluing or sealing at least two substrates, wherein an adhesion promoter composition is applied by means of an ultrasonic vaporizer to at least one substrate before the gluing or sealing.

Abstract: The invention relates to the use of infrared thermography as an agent for determining the hardening course of a two-component composition. By use of this, mixing errors, in particular, can be detected at an early stage and the infrared thermography can be used as an agent for performing controls during the process for optimizing the dosing ratio of the two-components and for detecting the end of the gel time. Due to this type of use, it is possible to detect errors earlier, that is, prior to joining to or contacting with the surface of the substrate, thus leading to a faster and safer process and to lower rejection or reconditioning costs. The invention also relates to a production line, an industrially produced and to a structure or a transport agent.

Abstract: In the case of a method for the purpose of adhering windowpanes with a frame that exhibits sealing lips and in which, after establishing contact with the windowpane 1, an adhesive 6 is pressed into the hollow space 5 formed by at least sealing lip 2 and windowpane 1 through openings 4, which are arranged in frame 3, a composite article occurs after hardening. This method is particularly well suited to the production of windows and doors, especially folding windows and folding doors.