Flame Retardants

Are There Volatile Organic Compounds Vocs in Your Mattress

Are There Volatile Organic Compounds (VOCs) In Your Mattress?

So are conventional mattress, all latex mattresses, and memory foam mattresses toxic? Are chemicals and VOC’s found in mattresses safe? Can volatile organic compounds vocs be avoided in an affordable way?

We at Natural Mattress Matters over the years have seen a number of different complaints from customers about different foams mattresses. In addition, we are able to visit the variety of different foam manufactures and see what it takes to make different foam mattresses. So we’re able to share a lot of what goes into making foam mattresses, the good and the bad.

Natural Mattress Matters believes in providing customers only the most pure foam available on the market.

If you’re looking for a healthier mattress we’re a good place to start. Natural Mattress Matters mattresses have been tested for VOC’s!

By-the-way, you’re not alone with your concerns.

What Are Volatile Organic Compounds VOCs?

When manufacturing a mattress and most of the other items found in our homes, the chemicals used contain volatile organic compounds. VOCs refer to a Hazardous airborne chemical that anyone can easily inhale.

According to a study conducted by U.S Environmental Protection Agency (EPA), volatile organic compounds typically originate indoors. The indoor levels can kick off at 2 to 1,000 times higher than outdoor VOCs. Presently, there may be between 50 to 100 types of VOCs in the air and inside of your home, right now. You might be able to smell some while others are completely odorless.


In order to fully predict just harmful exposure to VOC can be to your health, factors like how frequently you’ve been breathing it in, and how much of the chemical is present around you have to be calculated.

Recent studies reveal that prolonged exposure to VOC can be dire for asthma patients and for people who are sensitive to chemicals. Also, breathing in low levels of VOCs for long period of time could weaken your immune, therefore, increases your risk of getting ill. VOC is not “one size fits all” it contains different chemicals and all of them has the chops to cause its own damage.

Possible VOCs symptoms such as:

Acute exposure (short term)

   On and Off Headaches

   Dizziness

   Throat, eye and nose irritation

   Nausea/vomiting

   Worsening of asthma symptoms


Long-term exposure

   Central nervous system damage

   Cancer

   Kidney and liver damage

When talking about worst case scenario, how bad could it really get? Well, this is it: Long-term exposure to some VOCs could lead to Cancer, Kidney, and Liver damage.

Common VOCs in households include:

   Polybrominated diphenyl ethers. These are flame retardants that have a connection to hormonal changes and reduced fertility. They also have connections to hyperactivity, lower birth weight, and lower IQ in children.

   Formaldehyde is a preservative that’s also used as a glue in mattresses. This chemical can irritate your skin, nose, and throat. It presents an increased risk of wheezing and coughing.

   Polyols bind polyurethane foams and create bulk. Some polyols come from natural sources such as soybeans and they are mixed with other chemicals. However, most come from petroleum. Benzenes is a known carcinogen that occurs naturally in petroleum.

   Toluene diisocyanates. These make foam more flexible. The National Institutes of Health (NIH) view these as a potential carcinogen.

Volatile Organic Compounds Vocs in Mattresses


  1. Inhalation
  2. Ingestion
  3. Dermal absorption.



The industry certainly has a level that they believe is acceptable, but if we were to ask a mother of a child. What is an acceptable level for your child to be breathing in chemicals? The answer is obvious, no mother would like one bit of it around her baby.

If you have even the slightest worry about the level of VOCs in your mattress, again the answer is really simple, switch to natural latex mattress immediately.


Everyone could be exposed to VOCs, but its how we build our home environment that ultimately is the most important environment since we spend most of our time in homes. Each and every one of us is at risk of inhaling, ingesting or absorbing them. Exposing yourself to VOCs puts you at risk of breathing it in absorbing or ingesting them. People with a respiratory problem, asthma, and chemical sensitivities including the elderly and children are in more danger.


Outgassing commonly refers to as off-gassing is the process of releasing VOCs into the air, from the chemical into your mattress. That strong odor that comes with new memory foam mattresses is due to the VOCs and chemicals used when processing your mattress. These VOCs, when dispersed into the air in your home that you inhale every day, are a source of potential harm.

YOUR MATTRESS and Volatile Organic Compounds Vocs

For most people, they can fall asleep anywhere. But the question is how safe or how healthy is the mattress your are sleeping on. Conventional mattresses are loaded with skin cells and dust mites, making them toxic and unhealthy for you.

Your mattress may also contain chemical flame retardants. Chemical flame retardants are used in manufacturing mattresses and they are kind of legendary for containing hazardous toxin chemical that you inhale in when sleeping or laying on the mattress.

That new bed smell – off-gassing odors – may smell harmless or even pleasing to some people but trust me, it’s anything but that! As we have learned they can trigger asthma attacks, upper respiratory discomforts and in the worst case can cause cancer, kidney and liver damage.

When it comes to choosing a mattress that’s best for your health, follow this rule of thumb; the fewer toxin chemicals it harbors’ the better. Organic mattresses is the best way to star with near 100% natural latex purity and therefore should be your new best friend when shopping for beddings for your home.


We spend almost half our lives sleeping, so it’s not really a surprise as more people are seeking a healthier way of sleeping. Organic mattresses and beddings have become like the Uber of a healthier lifestyle.

Organic mattress is the answer to a question like “Is it possible to find a mattress that isn’t filled with questionable chemicals?” Organic mattress is near 100% natural latex and the purity can not be compared to other foam beds. Natural Mattress Matters beds are completely eco-friendly and can on average last for up to 15-25 years. Even if you are not conscious about the environment, an organic mattress can save you a lot of money while keeping your living space safe. Another huge benefits that is often missed with eco-friendly mattresses is the comfort that is offers. Sleeping on natural talalay latex is an amazing feeling.


Traditional mattresses contain memory foam, gel foam and innerspring beds with different fiber and foam layers. The traditional mass produced bed is processed with synthetic materials like polyurethane foams, vinyl, press board, polyester fabrics, etc. And to pass the fire test, they are usually processed with harmful flame retardant that can be extremely hazardous to your health.


An organic latex mattress is manufactured and processed with near 100% natural latex – which is a fancy way of saying that it contains no blended foams, no toxic fillers, no dyes, no carcinogenic adhesives, no toxic chemicals and no pesticides.


Natural mattresses have a foot in both worlds. It is manufactured and processed with all natural materials such as organic cotton, natural wool and certified natural latex. Avoid buying conventional mattress with Volatile Organic Compounds Vocs and visit our website for all information on organic mattresses.


Switching and choosing organic bedding over traditional mattresses has unlimited health and environmental benefits. If you truly desire a healthy living space, an Organic mattress is the only choice for you and your family.


What is latex foam rubber?

What is Latex and How is it Made?

With the wide array of brands of mattresses in the market today and latex being an essential constituent, consumers are faced with confounding shopping decisions as to which one to go for—from the full mattresses, to the individual comforts layers within a mattress, boxed beds, even the separate toppers and many more.

It is still surprising that so many mattress consumers are yet to fully experience the benefits of latex irrespective of its availability for nearly a century. For retailers hoping to catch a large chunk of the market, it would be worthwhile to vividly communicate its value to potentials customers from the word go.

Because of its breathable aspect, latex can provide high level comfort no matter the weather while still offering superior durability, and as such, the overall sleep environment is given a facelift.

Another attractive feature is its resilience that is much more than that found in memory or polyurethane foams. To this end, it helps to relieve pressure points due to its adaptive feature and also reduce pain alongside aligning the body spine.

Latex conforming properties are widely known, but that does not mean all of them are the same. They come in different types and form, and their source materials and methods of production places them in different categories.

Comparing Natural and Synthetic Latex


From the milky sap of the topical rubber tree, comes the natural rubber latex–which is obviously a polymer. Places like India, Malaysia and Sri Lanka are typically known for growing latex on plantations. With favorable conditions and the right plantation and harvesting method, the trees can be a source of renewable material for vulcanized rubber foam.

When the sap from the tree is collected, the formation of foam takes effect after the sap is whipped with air; the foam is anti-microbial, hypoaller-genic and dust-mite resistant in nature.

Synthetic rubber latex is a product of styrene and butadiene, with production done on both batch and continuous production lines to make it look like natural rubber. Residual reactants are gotten rid off from the synthetic latex after polymerization and it is concentrated to be used commercially.

Both latex options come with varying benefits, but natural latex in particular is extolled for having superior comfort. For synthetic latex, the sourcing of the material provides a consistent feeling and high level of reliability. As a result of this, there is a general affinity for the combination of both latexes to achieve an appreciable contouring feel.

Comparing Dunlop, Talalay and Continuous

Latex Foam Rubber Mattresses

The process of formation of the foam plays a key role on the overall feel of the final product and the source of latex compound. Latex rubber suppliers have long engaged in a heat debate over time as to which formation process is superior to the other. But if the truth must be told, each method comes with advantages that cannot be overlooked.

With the Dunlop Process, one can arrive at a denser latex product, even as it made its first appearance in 1929. This method allows the rubber sap in the centrifuge to be whipped into froth and then emptied into a mold and steam-baking is done when it is covered.

As the process progress, the injection of a latex compound with air is carried out with a gelling agent to form foam by frothing. The function of the gelling agent is to cause destabilization of the foam as it fills the mold completely when poured.

As the rubber destabilizes, the foam settles with rubber particles fusing together to form a continuous open-cell, solid block of foam rubber. All of this is possible when the mold is closed. To allow for vulcanization to occur, the foam is heated and cooled subsequently, and finally taken away from the mold. It is washed and then dried.

As the World War II was in progress and improvements in technology became apparent, newer Talalay process came into play, thereby increasing the steps of the Dunlop method. Before any kind of baking is done, the sap is vacuum-sealed to eliminate any trapped air and flash-frozen in a chemical manner when poured into a mold.

Injection of air with latex compound is carried out and frothed to cause the formation of foam. At this point, the mold is filled and the pressure reduced when the aluminum mold is filled part way in addition to the poured foam.

After the mold is sealed, pressure inside is reduced, causing air bubble to spread with the foam redistributing itself evenly to fill mold and achieve a uniform density. Subsequently, inside the mold, the foam froze right before the introduction of carbon dioxide for the stabilization of the rubber present in the latex– and its vulcanization occurs when the foam is heated.

After cooling, the newly manufactured foam block emerges and it is washed and tried. Of course, the mold must be open for this to happen.

The continuous Process has continued to be a common practice in this industry, being more simplified when compared to Dunlop process. This method takes you through latex pouring, curing, washing and finally, drying by using a long belt devoid of a mold. It helps to do away with air extraction and freezing stages to arrive at latex with a higher density and consistent feel.

Latex Foam Rubber

Speaking from a general perspective, softer latex emerges from the Talalay method having springier feel than Dunlop Process. With the Dunlop process being simpler, the Talalay process offers a feel that is consistently buoyant in nature. Because of the density, gauge and consistency that the continuous Process brings to the table, its suitability for mattress base core is highly appreciated by a sizeable numbers of suppliers.