While LVT flooring is most commonly used with underfloor heating, it can also be installed in combination with floor cooling systems.
Although floor cooling is less common than heating, it is still possible to install LVT flooring in spaces where a cooling system is in place.

It is essential to carefully follow the installation guidelines provided by both the LVT flooring manufacturer and the floor cooling system supplier. Proper installation ensures optimal performance and helps prevent any potential issues. Here are some important considerations:

1. Temperature Control: Make sure the floor cooling system is suitable for use with LVT flooring and that temperatures stay within the recommended range to avoid damaging the floor.
2. Underlayment: Install an appropriate underlayment that is compatible with both the LVT flooring and the cooling system. The underlayment should have good thermal conductivity and allow for even cooling across the surface.
3. Installation: Follow the manufacturer's recommendations for installing the floor cooling system, including proper spacing between cooling pipes and any limitations regarding the floor covering installation.
4. Compatibility: Verify that the selected LVT flooring is suitable for use with floor cooling. Some LVT floors are specifically designed to withstand thermal variations and are better suited for this application.

By following these guidelines and ensuring proper installation, you can enjoy comfortable and durable floor cooling in combination with LVT flooring. However, it’s wise to consult a professional to make sure everything is installed correctly and tailored to your specific situation.

Yes, LVT flooring can generally be installed over a wooden floor, provided that the wooden floor is solid, level, clean, and dry. Here are some important considerations:

1. Subfloor Stability: Ensure the wooden floor is stable and shows no signs of moisture issues, rot, or structural damage. An unstable wooden floor can lead to problems such as sagging or creaking of the LVT flooring.
2. Leveling the Subfloor: Any unevenness in the wooden floor should be leveled before installing the LVT flooring. This can be done by applying a suitable leveling compound to create a smooth and even surface.
3. Moisture Resistance: Check that the wooden floor is sufficiently moisture-resistant. While LVT flooring is generally moisture-resistant, excessive moisture can cause issues like warping. Make sure the wooden floor is dry before installing the LVT.
4. Installing a Suitable Underlayment: It can be beneficial to install an appropriate underlayment between the wooden floor and the LVT. This provides extra sound insulation, comfort, and protection. Various types of underlayments are available depending on your specific needs and the LVT manufacturer’s requirements.
5. Follow Manufacturer’s Instructions: Always consult and carefully follow the installation guidelines provided by the LVT flooring manufacturer. This ensures the floor is installed correctly and maintains its warranty.

By following these guidelines and ensuring the wooden floor is properly prepared before installing the LVT flooring, you can enjoy a durable and aesthetically pleasing floor in your home. If you have any doubts, it’s always wise to consult a professional flooring installer for personal advice.

Yes, LVT flooring is generally compatible with underfloor heating systems. PVC is a material that conducts heat well, allowing it to efficiently transfer warmth from the heating system to the room above.

1. Floor Thickness: Choose an LVT floor with an appropriate thickness suitable for use with underfloor heating systems. Thicker floors can reduce heat transfer, so it’s important to verify that your chosen flooring is compatible with underfloor heating.
2. Heat Conductivity: LVT is generally a good conductor of heat, meaning it allows warmth to pass through efficiently. This helps improve the overall efficiency of the heating system.
3. Installation: Ensure the LVT flooring is installed correctly according to the manufacturer’s instructions and that the underfloor heating system is properly set up. Professional installation can help ensure everything works smoothly and prevents potential issues.
4. Temperature Limits: Check that the LVT flooring is suitable for the maximum surface temperature generated by the underfloor heating system. The surface temperature should not exceed 27°C.

Yes, LVT floors can generally be used effectively with electric underfloor heating systems. LVT is known for its good heat conductivity, making it suitable for use with underfloor heating, including electric systems.

However, it’s important to carefully follow the installation instructions from both the LVT flooring and heating system manufacturers to ensure proper installation and efficient operation without damaging the floor.

LVT flooring tends to expand and contract less than some other types of flooring, such as hardwood. This is because PVC is less sensitive to moisture and temperature changes. However, like all materials, LVT floors can still expand and contract to some extent in response to changes in environmental conditions.

At normal room temperature and humidity levels, an LVT floor usually won’t experience significant expansion or contraction. But in environments with extreme temperature fluctuations or high humidity (such as damp basements or spaces without proper climate control) some expansion or contraction may occur.

Seams in an LVT floor can be sealed using Hebeta’s special joint compound. Using this joint compound makes the seams invisible and also waterproof.

LVT floors are generally considered water-resistant or water-repellent, but not completely waterproof. This means they can withstand moisture and spilled liquids, but they cannot fully prevent water from penetrating if it remains standing for extended periods. This is because LVT floors are made up of planks and tiles, and excess moisture can seep through the seams.

Our Organic Rigid Core collection is water-resistant for up to 100 hours!

PVC has long had a bad reputation because plasticizers based on phthalates were used during production. However, Hebeta LVT flooring contains no phthalates. Hebeta floors are therefore 100% safe!

In general, LVT flooring is considered safe for use in homes and commercial spaces. LVT (/PVC; polyvinyl chloride) is a synthetic material commonly chosen for its durability, water resistance, and versatility. Hebeta LVT flooring is extremely low in emissions and meets the highest A++ emission standard.