Customers often ask several questions when planning to install a terrace. What kind of terrace should I install - wooden boards (thermal wood, larch, pine) or wood-plastic composite boards? How to choose quality wood-plastic composite boards?

Many users already know the main advantages of wood-plastic composite terrace boards: durable, ecological, rot-resistant; resistant to UV rays; without stains, splinters, resistant to cold, temperature fluctuations; simply and easily installed using common tools; resistant to water and its vapors, salty and chlorinated water, resistant to wood pests; fully recyclable; does not contain lead.

However, when customers are choosing wood-plastic composite terrace boards, it is necessary to answer other questions: What is the composition of the wood-plastic composite? What plastic is used in the production of wood-plastic composite boards? What is the manufacturer's experience with these products? What is the most practical mounting/mounting system?

The appearance and physical properties of the final product depend on the composition of the wood-plastic composite:

50% wood flour / 50% plastic. This is the most optimal composition ratio of wood-plastic composite, because the final product looks like wood, and the plastic used for the filler ensures reliability and durability. PVC (polyninyl chloride) is usually used in such a mixture, it is the best and most reliable plastic for exterior use, and this is very important for terraces;

60% wood flour / 40% plastic. Due to the higher amount of wood in the final product, its performance deteriorates, the material is less dense and such a decking board will be more prone to swelling and at the same time more fragile. Due to the insufficient density of the material, it is necessary to densify the fastening framework, which affects the total cost of the entire system.

For the production of wood-plastic composite terrace board, plastics must be used, thanks to which the shape and corresponding physical properties are given to the final product. Decking boards are produced by extrusion and usually polyvinyl chloride (PVC) or polyethylene (HDPE) can be used to make a decking board.

Properties of plastics used in the production of wood-plastic terrace boards:

Polyvinyl chloride (PVC) – terrace board is durable, scratch-resistant, stable, non-slip, non-flammable, color-fast.

Polyethylene - the terrace board is prone to wear and quite slippery, a denser framework is required during installation.

When choosing wood-plastic terrace boards, the customer should make sure that the manufacturer is reliable and has enough experience to ensure the quality of the final product. A manufacturer with many years of experience will guarantee a stably functioning production control system and the periodicity of final product tests, continuous cooperation with laboratories that assess product quality, participation in international associated structures that unite product manufacturers and form requirements for products.

If you want to choose high-quality wood-plastic composite decking boards, we recommend that you consult InoWood specialists in this field, Lithuanian manufacturers who have been engaged in the development and processing of composite raw materials for 20 years, focusing on biocomposites - these are completely secondary raw materials processed into decking boards, without cutting either one tree and without using oil resources.

The exterior part of the building is an especially important element that performs both representative and aesthetic functions. The trends of recent years show that customers are looking for the most sustainable, greenest materials, choosing profiles with integrated renewable energy sources. The InoWood facade system is an excellent alternative to a traditional facade. It is suitable for the exterior of residential houses, office buildings, cultural heritage objects, and buildings of state and public sector companies. Together with your architects and designers, we will choose the best facade solution.

The processing of wood and polymers by extrusion (squeezing) determines the long-term durability of the profiles and their environmental friendliness. Finishing elements that smell of natural wood and whose surfaces are almost indistinguishable from it are mostly used for exterior work. Due to their long-lasting properties, composite products are becoming more and more popular in exteriors of public spaces, InoWood's WPC profiles have successfully established themselves in public projects in Lithuania and other countries.

The raw material of "InoWood" BIO composite consists of two equal parts - recycled plastic and wood dust. This composite has properties of both materials. The appearance of wood-plastic composite products with a soft and smooth surface and the smell of wood practically does not differ from natural wood, so this material is often called "eternal wood" due to its excellent aesthetic and operational properties. High or low density plastics - polyvinyl chloride, polypropylene, as well as recycled plastic - can be used for the production of the composite. Another component can be wood waste, wood dust s, sawdust, cellulose, ground wood, straw. This composition results in increased resistance to moisture, mechanical damage, mold, and fire. Our products - decking boards, siding, various fasteners - are appreciated not only for their simple installation, but also for their simple maintenance.

The InoWood brand is constantly represented at the largest European construction exhibitions. The company's products have representatives in major Lithuanian cities as well as partners abroad: in Sweden, Norway, United Kingdom, Ireland, Germany, Latvia, Poland. The company is currently expanding into new foreign markets.

"InoWood" - solutions suitable for private and public spaces!

The appearance and physical properties of the final product depend on the composition of the wood-plastic composite. Our biocomposite consists of:

50% wood flour / 50% plastic. This is the most optimal composition ratio of wood-plastic composite, because the final product looks like wood, and the plastic used for the filler ensures reliability and durability. PVC (polyninyl chloride) is usually used in such a mixture, it is the best and most reliable plastic for exterior use, and this is very important for terraces;

60% wood flour / 40% plastic. Due to the higher amount of wood in the final product, its performance deteriorates, the material is less dense and such a decking board will be more prone to swelling and at the same time more fragile. Due to the insufficient density of the material, it is necessary to densify the fastening framework, which affects the total cost of the entire system.

For the production of wood-plastic composite terrace board, plastics must be used, thanks to which the shape and corresponding physical properties are given to the final product. Decking boards are produced by extrusion and usually polyvinyl chloride (PVC) or polyethylene (HDPE) can be used to make a decking board.

Properties of plastics used in the production of wood-plastic terrace boards:

Polyvinyl chloride (PVC) – terrace board is durable, scratch-resistant, stable, non-slip, non-flammable, color-fast.

Polyethylene - the terrace board is prone to wear and quite slippery, a denser framework is required during installation.

Since the material contains natural wood fibers, the color saturation and contrast may change under the influence of sunlight and humidity and stabilizes within 6-8 weeks.

Since the products are mounted using special fasteners, nails and wood screws are not visible on the mounting surface. Even after several years, the appearance of the boards will not change.

The terrace board system "InoDeck" is provided with a 5-year warranty and an additional special 25-year warranty against rotting.

If you want to choose high-quality wood-plastic composite terrace boards, fence segments, boards or facade decoration, we invite you to consult with InoWood specialists in this field, Lithuanian manufacturers who have been engaged in the development and processing of composite raw materials for 30 years, focusing on biocomposites - these are completely secondary raw materials are processed into decking boards without cutting down a single tree or using petroleum resources.

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