Compare the best online natural latex mattresses: www.naturalmat...
Here are a few examples of third-party certified natural latex mattresses if you're curious:
Brentwood Home Cedar: www.naturalmat...
Plush Beds Luxury Bliss: www.naturalmat...
Avocado Green: www.naturalmat...
Eco Terra: www.naturalmat...
Latex For Less: www.naturalmat...
Luma Slumber System: www.naturalmat...
My Green Mattress: www.naturalmat...
Sunrising Bedding Hybrid: www.naturalmat...
Read the full article: www.naturalmat...
Natural mattress certification guide: www.naturalmat...
Table of contents:
0:00 Introduction
1:44 Industrial Cotton
2:56 Polyurethane Foam used in mattresses
8:19 Polyester as a covering material in mattresses
9:14 Adhesives used to bond mattress components together
11:30 Flame retardants in gel and memory foam mattresses
13:24 Mattress manufacturer transparency
13:47 Wool as a natural and non-toxic fire barrier in mattresses
14:18 Natural latex as an alternative to gel and memory foam
15:46 Non-toxic mattress certifications. Gots, Gols, Eco Institut, Oeko-Tex
16:25 Conclusion: You can go two different routes, either with a memory, gel, or polyurethane foam mattress or with a natural latex mattress that is less hazardous for your health and longer lasting.
This video explores some things that may interest you once you have selected the size and firmness of your mattress. We will be looking at the materials that are contained within the mattress casing and how they could adversely affect your health in the long term.
We will be looking at some of the most widely used materials that conventional mattress manufacturers use for their mattresses today. These materials include:
- Industrial Cotton
- Polyurethane Memory Foam
- Polyester
- Adhesives for bonding mattress layers
- Flame retardants
Industrial cotton is commonly used as a covering and padding material in mattresses. The material has many good qualities, but its production relies heavily on toxic herbicides and pesticides.
Cotton production occupies 2.4% of the world's cropland yet uses 24% of world insecticides and 11% of pesticides.
The production of polyurethane foam is entirely dependent on the petrochemical industry. Polyurethane foam that is used in mattresses contains many chemicals, including polyvinyl chloride,
formaldehyde, boric acid, antimony trioxide, diisocyanates, and isocyanates.
Polyurethane foam retains more heat and ventilates less than its natural latex foam counterpart. To counter this effect, mattress manufacturers have started adding a "cooling" gel to the top layer of mattress layers.
The cooling effect is only felt initially, and as the night progresses, the foam demonstrates similar ventilation properties as conventional polyurethane foam. Many bed-in-a-box manufacturers use the cooling gel as a "one-up" marketing ploy when the addition of the gel hasn't yet been proven to have any long-term cooling effect.
Polyester is another common mattress material that can potentially have long-term health consequences. Polyester is a polymer that is derived from petrochemicals. It is made by combining different monomers. Polymers are relatively stable, while monomers are a definite health concern. When the polymers are formed during the manufacturing process, a varying degree of monomers do not react to form polymers. These monomers may cause skin and respiratory illnesses.
Adhesives that are used in mattresses fall under three categories. Methylene Chloride based adhesives, n-Propyl bromide-based adhesives, and Acetone-based adhesives. Many mattress-in-a-box manufacturers use adhesives to bond different components of the mattress together.
The long-term health effects of chemical adhesives include shortness of breath and abdominal pain, headaches, dizziness, and concentration difficulties.
Flammability standards of mattresses have been becoming increasingly strict. Mattresses must be able to withstand a two-foot open flame for 70 seconds. That's why highly flammable polyurethane mattresses must be treated with many toxic chemicals to prevent them from bursting into flames.
Many of the chemicals used in fire retardants are highly toxic, including boric acid, antimony trioxide, decabromodiphenyl Oxide, and formaldehyde.
14 авг 2024