Does the material used in the production of furniture affect its quality? Which types of materials are commonly used? An appropriate interval is cleaning the furniture every two weeks and what are the pros and cons of each?
Outdoor furniture material.
It is important to understand the strengths and weaknesses of the various materials. Consider your requirements and ensure they are fulfilled. The best luxury patio furniture should be manufactured using high-quality materials.
Materials used.
- Metal.
This is the strongest and most durable material there is. Some tables and chairs don’t require screws and bolts therefore not prone to a breakdown.
- Aluminum.
It is lightweight, durable, resilient, and can be molded into any shape. It requires low maintenance, doesn’t rust, and is affordable. It is weather-resistant but works even better with a polyester powder coating. This electrostatic process:
- Allows the addition of color to the mixture.
- Increases protection against the elements and scratches.
Seat cushions are important to keep you comfortable and cool since aluminum heats up. During high winds, hollow tube frames may blow over.
- Stainless steel.
This is a sturdy metal alloy that is very strong and durable. There is less damage induced by frequent use since it has a high density. It is not affected by corrosion and rust but a powder coating is recommended to protect the furniture in the coastal region from rust. The type of stainless steel that is more resistant to atmospheric conditions is the one with higher chromium content. The outdoor furniture made with stainless steel is heavy and highly unlikely to blow away. It is made used recyclable material and it is relatively easy to clean. It retains heat and is expensive.
- Wrought iron.
It is very strong, durable, and heavy hence difficult to move on a windy day. It is malleable and can be heated and hammered into any shape. To seal out moisture, a weather-resistant finish is recommended. It easily rusts and requires more maintenance. It is hard and uncomfortable since it retains heat or cold.
- Wood.
It is beautiful, easy to work with, and provides a sturdy framework for making furniture. Softwood is cheap but cannot stand the test of time as it requires constant maintenance. Hardwood resists weather damage and can last for decades if treated well. However, it is difficult to shape them and they are expensive.
- Teak.
This material is very strong, repels water, and doesn’t expand or contract as it dries. It is resistant to damage caused by rotting, decay, or insects due to high oil content. It is easy to care for it and it is extremely durable.
- White oak.
It does not have natural oil hence needs painting or sealants. It is strong, water-resistant, and rot-resistant.
- Eucalyptus.
It has a natural oil that acts as an insecticide. It is durable, eco-friendly, cost-effective, rot, and insect resistant. It is vulnerable to cracking if not treated with a sealant.
- Plastic and resin.
They are lightweight, affordable, and can be molded into any style and shape preferred. They are fade-resistant and don’t require paint or sealant since the color is incorporated in the chemical make-up.
- Synthetic resin.
It is strong and beautiful but plant-based wicker is prone to weather damage. High-quality resin is weather-resistant, heavy, and eco-friendly. High-density polyethylene is not affected by UV ray exposure, puncture-resistant, and doesn’t emit any chemicals. All-weather wicker is light, fade-resistant, and easy to clean.
- Recycled plastic.
It is eco-friendly and creates stylish furniture. It is strong, easy to clean, weather and fade resistant. It is heavy but susceptible to high winds. It requires less maintenance since it can’t peel.
Conclusion.
A piece of good patio furniture should be durable, strong, dense, insect resistant, weather-resistant, and eco-friendly. The material of the furniture determines if it will possess the above qualities. Some of the commonly used materials are wood, metal, plastic, and resin. You should be able to choose the best patio furniture after considering the characteristics of each material.