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Wool vs Other Materials

The chart below shows how wool compares to other bedding materials.

 BenefitSynthetic/Micro Fiber
Goose Down
Cotton
Wool
Support & Weight DistributionSmooth fibers do not offer structure nor resist each other when they are grouped together, thus, synthetics bottom out when weight is applied. Cannot support weight, nor distribute it away from pressure and tender points. Fiber breakage also occurs over time.A mix of soft feathers, provides more support than synthetic, however still tends to bottom out and likewise cannot support weight nor distribute it away from pressure and tender points.Although they provide a little more support than synthetic or down, the support does not last very long because fibers break and/or matte down. Here too, there is no support and distribution of body weight away from pressure and tender pointsHas a natural resilience that is a function of the natural crimps (or springiness) found in each wool fiber. These natural attributes create a weight supporting structure with the non-woven batting, like none of the others!
Insulation
Good insulators (i.e., Thinsulate™) by trapping quite a bit of area
With at least 85%+ mixture of feathers and plume, is also a good insulator. Down and feather fill have a tendancy to overheat.
Breathes well and is preferred for some applications, but not as an insulator
Wool is as good as micro-fibers or down, plus has the added benefit of breath-ability, therefore wool can insulate and keep you warm to your exact body temperature, 98.6°F. By maintaining your exact body temperature, you will not overheat while you are sleeping.
Moisture Management
Absorb less than 1% of moisture, so moisture from your body has to pass through your blankets and mattress or it will condense as perspiration.
 Absorbs some moisture and becomes a "wet blanket" -- uncomfortable to be in contact with

Absorbs a lot of moisture and it too becomes a "wet blanket" -- uncomfortable to be in contact with
It dries from within and as a result of wool's special porous fibers, moisture evaporates quickly
Flame Resistant
Almost all synthetic fibers are flammable
Somewhat flame resistant, because it does absorb "some" moisture
Somewhat flame resistant, because it does absorb "some" moisture, but can kindle if exposed to fire consistently
 
Safest choice as shown by its institutional use. Because of its unique chemical structure and natural moisture absorption, difficult to ignite. Wool suits are worn by race car drivers to protect them from fire.



Facts About Wool and Chemical Free Mattress Products

Wool Facts
What Chemicals Make Mattresses Fire Resistant?
What is Boron?
What is Antimony?
What Laws Are in Place To Protect Consumers When Buying Mattresses?
What is Boric Acid?
How are Wool Mattresses Meeting Fire Retardant Laws without Chemicals?

  What Chemicals Make Mattresses Fire Resistant? ^TOP
 

Highly toxic flame-retardant chemicals like polybrominated diphenyl ether, known as PBDEs. PBDEs, which have been banned in Canada, Europe and several states, build up in your body over time, and what you absorb or inhale does not go away. This is concerning not only because of the health problems PBDE is associated with (brain and reproductive damage, decreased sperm quality, thyroid problems and even cancer at high levels), but also because of how pervasive these chemicals have become.

PBDEs are not only in mattresses, they’re also in furniture and countless other household products. Not surprisingly, the chemicals are now showing up in breast milk, blood tests and even umbilical-cord blood and livers of fetuses.

Other flame-retardant chemicals currently approved for use in mattresses include:

  • Boric acid, a toxic respiratory irritant used to kill roaches
  • Antimony, a metal that may be more toxic than mercury
  • Formaldehyde, which causes cancer
 
  What is Boron? ^TOP
 

Boron is used in a range of industries, as a dopant, abrasive, and ingredient in propellant mixtures, among other things.

Pure boron is not itself harmful, although many of the forms in which it appears are toxic or somewhat toxic. It may naturally appear in blends of toxic material, which can make handling some forms of boron rather harmful. In addition, boron extraction generates harmful waste, since it must be heavily treated to extract a usable pure form. Even when this material is handled responsibly, it represents a potential environmental problem, as toxins are difficult to break down into a safe and stable form.

 
  What is Antimony? ^TOP
 

Antimony resembles Arsenic very closely; the difference in its behavior being almost entirely accounted for by the fact that antimony is slightly more metallic. This helps explain why it is so poisonous.

Quotes from ATSDR a division of the CDC on Antimony:

"An increase in the number of spontaneous abortions, disturbances in menstruation, failure to conceive, May cause heart to beat irregularly or stop. … Chronic Exposure: Prolonged or repeated exposure may damage the liver and the heart muscle."

“In long-term studies, animals that breathed very low levels of antimony had eye irritation, hair loss, lung damage, and heart problems. Problems with fertility were also noted.”

"Two studies reported lung tumors in rats exposed to relatively low levels of antimony trioxide." Antimony tends to accumulate in the liver and gastrointestinal tract.”

The CDC cannot determine a safe level of Antimony exposure because:

“At the lowest exposure levels tested, the adversity of the effects was considered to be serious.” On cancer risks of Antimony even the CPSC admits:  “The cancer effects are cumulative. Every exposure contributes to the overall lifetime risk of developing cancer.”

 

In their Jan-06 Risk Assessment the CPSC - Consumer Product Safety Commission - proves the average adult will absorb a daily dose of .802 mg of Antimony (Arsenic), .081 mg Boric Acid (Roach Killer), and .073 mg DBDPO (Deca) from flame proof mattresses, every night. Plus they say five year old children will absorb .5 mg Antimony every night, this is 63 times more poison than the EPA says is safe. Younger children were not studied.

 

 
  What Laws Are in Place To Protect Consumers When Buying Mattresses? ^TOP
 

On July 1, 2007, a new government law was passed by the CPSC that mandated the use of flame retardant chemicals in ALL consumer mattresses sold in America, including crib mattresses!

The purpose of this law is to reduce the risk of fire injury and that sounds like a noble and just cause…BUT, the problem is that the flame retardant chemicals that are being used in crib mattresses today are potentially dangerous and toxic to all humans, especially newborns.

These harsh chemicals can combine with a common household fungus (that often lives in mattresses) and lead to the production of toxic and deadly “nerve gases” that can have catastrophic consequences for a newborn. In some cases, this can be toxic enough to shut down a baby’s breathing in literally minutes, leading to SIDS.

Chemicals added to mattresses to meet the fire retardant standards do NOT have to be disclosed in any way! The mattress must just meet the fire retardant standard!

 
  What is Boric Acid? ^TOP
 

Boric Acid, is used as Roach Killer, is a known reproductive and developmental toxin, a known respiratory irritant, Demonstrated injury to the gonads and to the developing fetus. high prenatal mortality, Neonatal children are unusually susceptible. There are already 6,463 U.S. cases of Boric Acid poisoning each year. One human exposure study showed reduced sperm counts and reduced sexual activity in humans.

 
  How are Wool Mattresses Meeting Fire Retardant Laws without Chemicals? ^TOP
 

Though natural, untreated wool is scratchier than synthetic fabrics, wool is less susceptible to burning. The US Military through extensive studies use wool for uniforms and protective gear due to its natural resistant to fire.

"Wool burns with a self-extinguishing flame and produces a soft ash that dissipates and will not lodge in open wounds," says Jeanette M. Cardamone, a chemist at the ARS Eastern Regional Research CenterWyndmoor, Pennsylvania. “Synthetic materials, on the other hand, form hot, molten beads that can drip into a wound and cause trauma.” (ERRC) in

Increasing the value and versatility of domestic wool would benefit the U.S. sheep industry, which produces about 40 million pounds of raw wool a year. In addition, U.S. consumers—including the U.S. military and many law-enforcement agencies, which are required to use domestic wool in their uniforms and equipment—would enjoy the benefits of home-grown, soft, shrink-proof, fire-retardant wool

"Protecting U.S. Troops With Fireproof Wool" was published in the May/June 2008 issue of Agricultural Research magazine.