- 100% roof waterproofing
- excellent adhesion to all types of substrates
- retains elasticity at t from -50°С to +60°С
- forms an elastic waterproof membrane
Hydrolon - two-component waterproofing polyurethane mastic (self-leveling roof).
Roofing Hydrolon is a two-component polyurethane mastic based on polyester compounds with the addition of plasticizers, fillers and targeted additives.
The counting tank for extrusion, solid to the door of the press, is made of iron ore joinery. very durable and finished with two part epoxy paint complete with guides to fit tank wheels. and safety sensor. Control panel on the board. Two-piece metal wire mesh protection protected by epoxy paint and front door with safety sensor.
How it works The operator, using a forklift, transports the tank on wheels in close proximity to the extruder, opens the front cover and places the extruded tank on the appropriate seat. The operator proceeds to close the safety gate with the safety sensor and starts the extrusion of the product by lowering the plate in the tank. Replaces the tank. The frame of the portal is made of very strong sheet iron and treated with a two-component epoxy paint. Hydraulic cylinder control system with hydraulic block located at the top of the extruder. complete with pneumatic pumps.
Waterproofing roofing mastic forms an elastic waterproof membrane on the surface. The roof covering exhibits excellent resistance to mechanical damage, sudden temperature changes, and has a high resistance to tearing.
Application
Roof waterproofing mastic Hydrolon used for the device of new and reconstruction of old roofs (liquid roof), used for sealing and protecting cement-sand and asphalt concrete bases, tiles, slate, galvanized, roofing material and other bitumen-based roofing materials.
Hydraulic cylinder complete with flange centered by screwing to the extruder frame. and heavily ground and a mounting flange on a flat plate. The table top and lift tank to be extruded are made of very iron joinery. durable and finished with two part epoxy paint complete with matching guides. to the tank wheels and the safety sensor. How it works The operator manually or using a forklift transports the tank on wheels in the immediate vicinity of the extruder, opens the front cover and places the tank into the extrusion in the appropriate seat.
Waterproofing mastic is also used for intermediate waterproofing of bridge structures, waterproofing of reinforced concrete, metal and other structures.
Mode of application
The mastic is applied to a clean and dry surface. The application is carried out at the temperature of the outside air and the surface to be painted from +5°C to +30°C. Component A is pre-mixed to eliminate sediment.
The operator proceeds to close the safety gate using the safety sensor and starts moving. the vertical of the moving bench until reaching the final move. The movement takes place through a central hydraulic cylinder, which is lifted by a transverse support. raises the stand directly with the tub of the product to be extruded. Once in place, the bench is locked and supported by four latches. from pneumatic pistons complete with safety sensors. At this point, the extrusion of the product occurs when the plate falls in the bowl.
Add the contents of the container with component B to the container with component A and mix thoroughly until a homogeneous mass is obtained. The components are mixed using a low-speed drill with a mixing nozzle (no more than 600 rpm). The viability of the composition is not less than 40 min. at a temperature of +20°C.
During the curing process, the coating changes from a paste-like state to a rubber-like state.
After the operation of draining the tank is completed, the lift plate will be pressed and the movable part will slide down to the floor wire. The operator then proceeds to re-open the windshield and manually or with a forklift changes the reservoir.
Main Features Suitable for lifting a forklift or lifting hoist. Hydraulic cylinder control system with hydraulic block located in the part. top extruder complete with electric motor. Hydraulic cylinder complete with flange, screw-in centered onto the fixed extruder plate and externally treated with epoxy paint. Side hooks for hardening the press for a bathtub made of sheet iron. durable and finished with two-component epoxy paint combined with safety devices. extruder plates.
Hydrolon is applied by pouring with subsequent distribution of the material over the surface with a layer of the required thickness with a doctor blade or a spatula. To move on a freshly poured floor, it is recommended to use special needle soles.
Consumption
Material consumption per 1 sq.m. surface with a thickness of 1 mm will be - 1.3 kg. Application in 2-3 layers is recommended.
The electrical panel and control panel are placed on board the machine. How it works The extruder drive is driven against the top ring of the tank and fixed by four strong iron hooks connected to the sensors. which are designed to make the extruder and tank hard. After completion of the tank drain operation, the platen is raised to the end of the stroke.
Key Features Oleodynamic type extruder suitable for extrusion of medium viscosity products from cylindrical baths. The top stand is suitable for lifting a forklift or lifting a lifting device. lift. Hydraulic cylinder control system with mounted hydraulic control unit. at the top of the extruder with air jet pumps. Hydraulic cylinder complete with flange, screw-in centered on the fixed extruder plate and paint treated on the outside. Two part epoxy resin with hard chrome finish and fixing flange. to the plate press.
Precautionary measures
It is forbidden to apply roofing material Hydrolon during rainfall or dew.
Attention!MasticHydrolon supplied in a container with a pre-calculated mass of paste and hardener - the use of the material in an amount other than the standard packaging is highly undesirable, as this can lead to a violation of the proportions and deterioration of the properties of the material.
Side hooks to make the press of a tub built in a very strong sheet of iron. and finished with two-component epoxy paint combined with safety devices. How it works The operator manually or with a forklift places the tank under the slab. using as reference the bath stop attached to the extruder support and riser. The operator brings the extruder down to rest on the top ring of the tank, provides four strong steel carpentry hooks, combined with safety sensors that have a purpose. to keep the extruder and reservoir solid.
At the end of the work, the tool used in the work should be cleaned with a rag soaked in a solvent (solvent). Cured roofing material Hydrolon can only be removed mechanically.
Storage
Paste and hardener must be stored in hermetically sealed containers.
When transporting and storing the paste and hardener at negative temperatures below 0°C, the containers should be unpacked no earlier than 24 hours after they have been kept at a temperature of 20-25°C.
The extrusion of the product is started by pressing the plate. inside the bath. The operator can then lift both the mounting hooks and part of the extruder. himself and manually or with the help of a forklift replaces the tank. Key Features Oleodynamic type extruder suitable for extrusion of products from cylindrical tanks. Hydraulic cylinder complete with threaded flange. centrally on the fixed extruder plate and externally treated with epoxy paint. two complete components with rod bearing with square chrome plated and fixing flange on flat plate.
Guaranteed shelf life - 6 months from the date of manufacture.
Mastic is a waterproofing material that has a liquid homogeneous form. After being applied to the surface, the substance polymerizes and turns into a monolithic coating that reliably protects the structure from the negative effects of external factors.
Side hooks for hardening the tank, made of very strong sheet iron and treated with epoxy paint. two companions combined with safety devices. How it works The operator places the extruder through the fork arms directly onto the extrusion tank. using special guides on the top of the hydraulic cylinder. After the positioning operation, the operator continues to fasten the four strong carpentry hooks. iron with safety sensors that are designed to keep the extruder and tank solid.
Mastics are single-component and two-component. One-component polyurethane mastic- material offered for use in finished form. It is supplied in a sealed container and, after coating the surface, polymerizes under the influence of moisture in the air. The shelf life of one-component polyurethane mastic in a jar, as a rule, does not exceed a year.
The extrusion of the product starts with a plate drop in the bowl. The operator can then lift the mounting hooks and the lifting cart. to raise the extruder to change the tank. Key Features Portal type portal made of very strong sheet iron and treated with two epoxy paints. Corrosion protection of metal wire treated with epoxy paint. with two components and front closure with safety sensor. The principle of operation fixes it through the reinforcing bands using lever hooks and closes the frontal protection using a sensor. safety and starts the extrusion of the product by dropping the plate clamped inside the cylinder.
It is produced in the form of several low-active components, which individually can be stored for more than a year. Before use, these components are mixed, and the finished mastic is applied to the surface.
Advantages of two-component and one-component polyurethane mastics
Both one-component and two-component polyurethane mastics differ in:
After completion of the stem drain operation, the plate lift is pressed to the end of the stroke and the reinforcing bands are opened by unlocking the lever hooks. The operator then restarts the security gateway. Frontal shaft replacement. Key Features Hydraulic extruder designed to extrude medium high viscosity products from 200 liter drums. Hydraulic cylinder control system with hydraulic block located in the part. top extruder with air jet pumps. Hydraulic cylinder complete with flange centered screwed to the extruder frame and finished on the outside with two-component epoxy paint complete with chrome rod. hard surface and mounting flange to the plate.
High elasticity, which is maintained in the temperature range from -50 to 120°C.
Good adhesion to almost all modern building materials.
Long service life of the waterproofing layer (more than 15 years).
Today, Hyperdesmo polyurethane mastics are very popular, which are used as anti-corrosion protection. various kinds surfaces. They are used to waterproof foundations. flat roofs, tunnels, pools and other building structures and structures. Mastics Hyperdesmo are used both for external and for internal works. They are completely non-toxic and pose no danger to human health. However, it should be remembered that they contain volatile combustible substances, therefore, there should be no open fire near the place of work and all fire safety rules must be strictly observed.
Reinforced strips of the opening drum made of sheet metal. painted iron with epoxy paint with two components complete with frontal hand hooks. Wire mesh protection. treated with two-component epoxy paint and front hole with safety sensor. How it works The operator opens the front guard and places the shaft directly inside the extruder, fixes it through the reinforcing bands with lever hooks, and closes the front guard with the safety sensor and starts. extruding the product by lowering the pressure plate inside the cylinder.
Before use, the components of the two-component polyurethane mastic must be mixed until a homogeneous mass is obtained. To do this, we recommend using a construction mixer.
You can buy high-quality Hyperdesmo mastics at an affordable price at Stroymost Trading House. Competent specialists will help you decide on the choice of material and answer any questions regarding the preparation and use of mastics, as well as tell you how to properly prepare the surface of the structure before applying these materials.
Nuances when working with roofing mastic
The operator then resumes opening the front safety gate to replace the shaft. Currently, silicone mastics are used to seal the joints that are present throughout the building. Some of them are also based on natural resins. Advantages of silicone mastics.
Elasticity Discrete adhesiveness to various materials such as; mineral, metal and glass surfaces. Polyurethanes are available on one or two components. Mono-components cure on contact, while two-component curing occurs by a chemical reaction between the two components.
