Comparison and difference between wood wax oil and

  • Detail

Waxwood oil: pure natural plant extracts -- tung oil, flax oil, perilla oil, pine oil, castor oil, rosin modified resin, bee wax, etc. and natural pigments are used as raw materials

comparison and difference between waxwood oil and traditional paint

comparison and difference 1:

waxwood oil: pure natural plant extracts -- tung oil, flax oil, perilla oil, pine oil, castor oil, rosin modified resin, bee wax, etc. and natural pigments are used as raw materials. Tested by the national authority, it does not contain formaldehyde, benzene, toluene and xylene, which is safe and harmless to the healthy growth of people, animals and plants. It is a pure natural, green and environmental protection product in the real sense

traditional paint: Based on petrochemical products, synthetic resins are processed. The commonly used ones are nitro, amino, polyester, alkyd, phenolic and other categories. Its auxiliary materials are diluents, driers, curing agents, etc. it also uses chemical synthetic raw materials such as ethanol, butyl ester, formaldehyde, toluene, acetone and so on. It does some damage to the healthy growth of people, animals and plants, and fails to fully meet the requirements of green environmental protection

comparison and difference 2:

wood wax oil: it can penetrate into the micro pores of the wood surface, so that the wood can breathe naturally, maintain the elasticity of the natural wood, and firmly fit with the wood,

enhance the hardness of the wood surface, and will not form a paint film on the wood surface, which is not easy to crack, warp and fall off

traditional paint: the paint film plays a role in blocking the contact between the wood surface and air and moisture, and cannot penetrate into the interior of the wood fiber. The wood cannot breathe, so it is easy to crack, warp and fall off

comparison and difference 3:

wood wax oil: it will not form a paint film on the surface of wood, but can fully reflect the natural texture and natural beautiful texture of wood

traditional paint: there is a paint film, which hides the natural and beautiful texture of wood

comparison and difference 4:

wood wax oil: the moisture of wood itself can be emitted, which can reduce the expansion and contraction of wood, and is suitable for humid environment

traditional paint: due to the coating of the paint film, the moisture of the wood itself is difficult to emit, so it is easy to expand, crack and warp in wet environment

comparison and difference 5:

wood wax oil: it is suitable for various climatic conditions such as dry, wet, high and low temperature. It is suitable for the maintenance and decoration of various indoor and outdoor wooden furniture, wooden houses, pavilions, fences and ancient buildings, as well as children's toys and furniture with high environmental protection requirements. It also has the functions of waterproof, moisture-proof, anti-corrosion and insect prevention

traditional paint: poor weather resistance, poor durability if used for outdoor wooden structures

comparison and difference 6:

wood wax oil: strong durability, scrub resistance, and easy to repair and refurbish

traditional paint: poor durability, difficult to repair and renovate

comparison and difference 7:

wood wax oil: the construction process is simple, and it can be sprayed or manually brushed. It can be brushed once at room temperature for 14 ~ 16 hours, and it can be brushed twice at most, which saves man hours and can be mastered without special professional skills and training

traditional paint: the construction process is complex and requires professional operation. Generally, it can be completed only after 5 ~ 6 times of priming, coloring, sanding and brushing

comparison and difference 8:

wood wax oil: high coating rate, about 20 square meters per kilogram. For painting of the same area, the amount of wax oil is only one third of that of traditional paint, and the cost per square meter is about 40% lower than that of high-end paint

traditional paint: the coating rate is low. Take 5 times as an example. It is about 5 square meters per kilogram. The amount is relatively large, so the cost is also higher




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