BET10® Waterproofing and Durability Systems are at your service with specialized products tailored to your needs. Our product range includes hybrid polyurea, pure polyurea, UV-resistant coating, and various insulation and coating materials.
Our experienced team guides you in making the right product selections and effective application methods to achieve the best results. Additionally, we aim to provide customers with high-quality insulation materials at affordable prices, taking your budget into consideration.
To increase the durability and lifespan of structures, insulation and coating applications play a crucial role. Therefore, the correct product selection and appropriate application methods are of vital importance. BET10® Waterproofing and Durability Solutions provide customers with high-quality insulation materials and, through our experienced team, offer excellent service with accurate product selections and suitable application methods. By trusting us, you can ensure the insulation and durability of your buildings are maximized, obtaining the best results.
To Protect Your Structures from Water and Moisture with High-Quality Products
BET10 Protection Systems, with over 15 years of knowledge, skills, and experience in the construction sector, began its commercial activities in Izmir in 2018, becoming a leading company in its region. It continues to operate from its central office in Bornova Naldöken, with a storage area of 3000 m².
The company offers a wide range of application and material sales services, including foundation, curtain, and roof waterproofing applications, polyurethane injection, green roof systems, negative waterproofing, industrial and decorative floor coatings, thermal insulation, and final layer facade coatings.
With its expert team of architects and engineers, BET10 Protection Systems successfully undertakes projects in various fields such as residential, energy, healthcare, industrial facilities, and public structures. By providing high-quality and optimal solutions tailored to the nature of spaces, the company earns the trust and satisfaction of its partners.
BET10 Protection Systems continues its operations as an effective supplier and implementer to its partners with leading manufacturer dealership of construction chemicals in the industry and high-quality imported products.
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Polyurea coating technology is a more modern and advanced application method compared to traditional waterproofing and protective coating methods.
This coating is based on the reaction of an isocyanate component with an amine mixture. Isocyanate can be either aromatic or aliphatic in nature. This reaction occurs extremely rapidly and is completed in just a few seconds, requiring a specialized application team and the use of specialized mixing and application equipment.
Polyurea coatings are commonly used on surfaces such as concrete and steel to effectively prevent corrosion and wear. The application areas are highly diverse and include roads, bridges, parking lots, industrial surfaces, pipes, roofs, coatings for commercial vehicles, and even swimming pools and drinking water reservoirs.
Types of Polyurea include:
Aromatic Polyurea, produced from aromatic diisocyanates, is characterized by its sensitivity to UV light. Aromatic Polyurea coatings can react to UV radiation, causing color changes on the surface. Especially in visually important applications, aliphatic Polyurea is preferred. Exposure to sunlight or artificial UV light can affect the physical properties of polyurea and can lead to discoloration, especially darkening. Aromatic polyurea can be a cost-effective option but is generally used only as a base layer and is not suitable for topcoat applications.
Polyureas produced from aliphatic diisocyanates can resist color changes due to exposure to sunlight and can maintain their physical properties even in UV conditions. Therefore, they are preferred in outdoor applications as they can enhance aesthetic value by providing a glossy appearance.
Pure polyurea is a material consisting of amine resin and isocyanate components. It cures rapidly and is resistant to moisture, fulfilling the role of waterproofing at the highest level.
Hybrid polyurea is a polyurethane-based material produced to reduce the costs of pure polyurea. It is obtained by duplicating the amine resin portion of polyurea through the addition of polyol.
Flexible polyurea is a technological coating system applied with a flexible polyurea spraying method. Flexible polyurea is known as a highly preferred coating type due to its long lifespan and practical application process without any restrictions on usage areas.
Polyaspartic polyurea is a coating material with high quality and technical specifications. It is highly resistant to UV rays and can be easily and safely applied even in environments with high humidity.
Hybrid-based polyurea products may be more cost-effective compared to pure polyurea products, but this advantage comes with some disadvantages. Hybrid polyurea should not be used in any area where a final top coat is applied. It is not as effective as pure polyurea in providing the same level of durability.
Polyurea coatings have significant advantages compared to epoxy coatings. Especially in terms of moisture resistance, UV resistance, abrasion resistance, chemical resistance, temperature resistance, and durability, polyurea has a distinct superiority. Polyurea is a more flexible material compared to epoxy, allowing it to adapt to concrete surfaces and remain unaffected by weight or temperature changes.
Another difference between the two materials is the drying and hardening speed after application. Polyurea coatings cure much faster, especially for garage floor coatings. Bubbles may form during the application of epoxy coatings, which is aesthetically undesirable. On the other hand, polyurea coatings provide a more professional appearance.
Polyurea garage floor coatings also have a faster installation process. While using epoxy may require waiting for a few days before using your garage, polyurea coatings can be completed within a day.
Another difference in the installation process is the necessity of applying epoxy floors at certain temperatures. Poor weather conditions can complicate epoxy application. However, the versatility of polyurea systems allows them to be applied in almost any weather condition, providing an advantage in this regard.
Firstly, fundamentally, Polyurea and Polyurethane are composed of different chemical components. Therefore, Polyurea Insulation is generally used in floor areas and is recommended for waterproofing processes. Polyurethane, also known as foam insulation, can be used for insulation purposes, including heat insulation, water, and sound insulation, through pressurized tubes. Both types of insulation are highly resistant to water and weather conditions. Additionally, their drying times are quite short after application, and they can be used together when necessary.
Polyurea spray waterproofing is a material and application technique used to create a protective coating against water leaks. Polyurea is a two-component material: isocyanate and resin. These two components are sprayed onto the surface with a spray gun and then rapidly harden to create a durable coating.
Advantages of polyurea spray waterproofing include:
Polyurea spray waterproofing is typically used in areas with water leakage issues, such as water tanks, roofs, pools, floor coatings, industrial equipment, and other areas. However, professional application of polyurea is necessary as correct mixing ratios and application techniques are crucial. Additionally, appropriate safety measures should be taken, and the process should be carried out in a closed area, as isocyanate vapors can be harmful.
Polyurea application is a process where two components, isocyanate and resin, are sprayed onto the surface. Here are the basic steps of polyurea application:
Polyurea application is typically performed by experienced and licensed professional teams because correct mixing of the material and proper spraying are essential. Additionally, taking appropriate safety measures during the process is vital as isocyanate vapors can be harmful.
