flooring durability during use, can ensure an adequate system of joints. The choice of a profile, expansion joint is affected by: the width of the expansion joint, the amount of built-profile design (in the case of attachment before the execution of works posadzkarskich or parietal), type of coverage dylatowanej surface size and intensity of the anticipated charges and the hygienic and chemical (use of special profiles of hospitals, premises associated with food or aggressive unions chemically).
not all floors require that the slots were filled with suitable material. However, in most flooring already in the project should be how the material will be used to fill. Depending on the intended use different flooring materials.
There are flexible materials such as polyurethane resins, tiokole, semi-rigid and rigid materials with epoxy or polyurethane and silicone sealants. Their properties vary depending on the manufacturer. There is also wide range of flexible cords and inserts, which are temporarily or permanently be installed in expansion joints. Their proper selection is essential when it comes to much the durability and aesthetics. There are also specialized companies contracting dilatant materials, which stems from the fact that it is often arranged them in a few weeks, and preferably after a few months of the floor.
Dylatując flooring laid on a thin layer of mortar may be used, available on the market, profiles of a hard plastic and a flexible polyethylene transfer compressive stress and tensile and vertical movements. Dilation of the finishing layer should be designed floor directly over the primer layer dilation. Profiles can be used in the floors inside and outside, if predicted mechanical load is not too large.
to dylatowania flooring underlay, related and not related to the substrate, can be used dilatation profiles, which are part of the lateral L-shape are made of hard plastic and accompanied by a side bar to increase adhesion to the mortar. As the elastic material is sometimes used in these soft polyethylene, which combines anchoring elements on the top and bottom. Profile moves tensile stress, compressive, and shearing. It is produced for cracks dylatacyjnyości 1ch podkładzi0 szerok0 mm or 50 mm.e jastrychowym thickness of 30, 4
Dylatowanie floors laid on thick cement mortar expansion joint profiles can be carried out in a wedge-shaped with side, serrated surfaces made of hard PVC and assembled in the upper part soft PVC. Available on the market profiles for the joints produced a width of 8 mm and thickness 35, 50, 65 mm. Wedge-shaped design allows the use of profile also in the restoration work. Clips to a previously prepared slot.
choosing material from which the profile will be made to take into account the impact of chemicals. High resistance to almost all chemicals characterized by a brass. However, aluminum should not be used in floors exposed to alkali.
For joints with a width of 30 mm in the floor lined with natural stone or tile, the floors of the screed, asphalt or surfaces can be used clinker supporting profiles are made brass or aluminum. Flexible, replaceable insole made of natural rubber is very resistant to abrasion, weathering and heat and the action of any substance. This profile is suitable for both indoor and outdoor floors and the occasional busy traffic. It should be mounted directly above the expansion slot design. Mounting angles should be attached to the construction of plugs at intervals of about 35 cm ..
If heavier loads are expected to be available for the mechanical solutions are composed of two profiles made of aluminum or brass removable liner combined with a synthetic rubber. Lateral profiles provide good protection to the edge of the cladding from mechanical damage, while a removable flexible liner can be replaced if it is damaged.
When dilatation should avoid errors resulting from failure to shrink the physical, chemical, and thermal concrete slabs in the design phase and floors.
often rush, bad weather, fatigue people, not technology, compliance with both the floor exercise and during stacking weight dilatational cause a number of costly mistakes. As a result, the floor is cracked near the joints, followed by chipping at the edges of the concrete, the mass expansion joint separates from the walls of the expansion joint and does not fulfill its role.
There are flexible materials such as polyurethane resins, tiokole, semi-rigid and rigid materials with epoxy or polyurethane and silicone sealants. Their properties vary depending on the manufacturer. There is also wide range of flexible cords and inserts, which are temporarily or permanently be installed in expansion joints. Their proper selection is essential when it comes to much the durability and aesthetics. There are also specialized companies contracting dilatant materials, which stems from the fact that it is often arranged them in a few weeks, and preferably after a few months of the floor.
Dylatując flooring laid on a thin layer of mortar may be used, available on the market, profiles of a hard plastic and a flexible polyethylene transfer compressive stress and tensile and vertical movements. Dilation of the finishing layer should be designed floor directly over the primer layer dilation. Profiles can be used in the floors inside and outside, if predicted mechanical load is not too large.
to dylatowania flooring underlay, related and not related to the substrate, can be used dilatation profiles, which are part of the lateral L-shape are made of hard plastic and accompanied by a side bar to increase adhesion to the mortar. As the elastic material is sometimes used in these soft polyethylene, which combines anchoring elements on the top and bottom. Profile moves tensile stress, compressive, and shearing. It is produced for cracks dylatacyjnyości 1ch podkładzi0 szerok0 mm or 50 mm.e jastrychowym thickness of 30, 4
Dylatowanie floors laid on thick cement mortar expansion joint profiles can be carried out in a wedge-shaped with side, serrated surfaces made of hard PVC and assembled in the upper part soft PVC. Available on the market profiles for the joints produced a width of 8 mm and thickness 35, 50, 65 mm. Wedge-shaped design allows the use of profile also in the restoration work. Clips to a previously prepared slot.
choosing material from which the profile will be made to take into account the impact of chemicals. High resistance to almost all chemicals characterized by a brass. However, aluminum should not be used in floors exposed to alkali.
For joints with a width of 30 mm in the floor lined with natural stone or tile, the floors of the screed, asphalt or surfaces can be used clinker supporting profiles are made brass or aluminum. Flexible, replaceable insole made of natural rubber is very resistant to abrasion, weathering and heat and the action of any substance. This profile is suitable for both indoor and outdoor floors and the occasional busy traffic. It should be mounted directly above the expansion slot design. Mounting angles should be attached to the construction of plugs at intervals of about 35 cm ..
If heavier loads are expected to be available for the mechanical solutions are composed of two profiles made of aluminum or brass removable liner combined with a synthetic rubber. Lateral profiles provide good protection to the edge of the cladding from mechanical damage, while a removable flexible liner can be replaced if it is damaged.
When dilatation should avoid errors resulting from failure to shrink the physical, chemical, and thermal concrete slabs in the design phase and floors.
often rush, bad weather, fatigue people, not technology, compliance with both the floor exercise and during stacking weight dilatational cause a number of costly mistakes. As a result, the floor is cracked near the joints, followed by chipping at the edges of the concrete, the mass expansion joint separates from the walls of the expansion joint and does not fulfill its role.
Source: budnet.pl
Author: s
Author: s
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