Metal Water Bottles

About BPA in Water Bottles

Unlucky #7 and which plastics contain BPA:

According to the American Chemistry Society, of the seven grades of commercial plastics available to manufactures on today's market unlucky #7 has the worst track record for leeching the chemical known as BPA into liquids or foods likely to be consumed by humans or animals. The reason is because unlike the other six composites, containers bearing the number seven are made of a composite of leftover scraps that have been 'repurposed' and most likely purchased at a discount.

From the Nalgene BPA information center:

"Most plastic containers are marked (usually on the bottom) with a number within a triangle with arrows - commonly known as a recycling symbol. These numbers, known as the resin identification coding system, were created in 1988 to facilitate recycling programs across the country. These recycling numbers can range from #1 to #7, depending on the type of plastic. The #7 recycling label is a catchall indicator for plastics made with a resin other than those in the #1 to #6 designations, or made of more than one resin. The #7 category not only includes polycarbonate, but also includes compostable plastics made of organic material and other types of plastic that do not necessarily contain BPA (Bisphenol-A). For example, our new Everyday™ line manufactured with Eastman's Tritan™ copolyester is a #7, but does not include BPA."

From the American Chemistry's Plastics index:

Other. Use of this code indicates that a package is made with a resin other than the six listed above, or is made of more than one resin and used in a multi-layer combination.

A Survey of Bisphenol A in U.S. Canned Foods:
March 5, 2007

Summary. Independent laboratory tests found a toxic food-can lining ingredient associated with birth defects of the male and female reproductive systems in over half of 97 cans of name-brand fruit, vegetables, soda, and other commonly eaten canned goods. The study was spearheaded by the Environmental Working Group (EWG) and targeted the chemical bisphenol A (BPA), a plastic and resin ingredient used to line metal food and drink cans. There are no government safety standards limiting the amount of BPA in canned food.

EWG's tests found:

Of all foods tested, chicken soup, infant formula, and ravioli had BPA levels of highest concern. Just one to three servings of foods with these concentrations could expose a woman or child to BPA at levels that caused serious adverse effects in animal tests.
For 1 in 10 cans of all food tested, and 1 in 3 cans of infant formula, a single serving contained enough BPA to expose a woman or infant to BPA levels more than 200 times the government's traditional safe level of exposure for industrial chemicals. The government typically mandates a 1,000- to 3,000-fold margin of safety between human exposures and levels found to harm lab animals, but these servings contained levels of BPA less than 5 times lower than doses that harmed lab animals.

BPA testing in canned food. We contracted with a national analytical laboratory to test 97 cans of food we purchased in March 2006 in three major, chain supermarkets in Atlanta, Georgia; Oakland, California; and Clinton, Connecticut. The lab tested 30 brands of food altogether, 27 national brands and 3 store brands. Among the foods we tested are 20 of the 40 canned foods most commonly consumed by women of childbearing age (NHANES, 2002), including soda, canned tuna, peaches, pineapples, green beans, corn, and tomato and chicken noodle soups. We also tested canned infant formula. The lab detected BPA in fifty-seven percent of all cans.
 
BPA is a heavily produced industrial compound that has been detected in more than 2,000 people worldwide, including more than 95 percent of 400 people in the United States. More than 100 peer-reviewed studies have found BPA to be toxic at low doses, some similar to those found in people, yet not a single regulatory agency has updated safety standards to reflect this low-dose toxicity. FDA estimates that 17% of the U.S. diet comprises canned food; they last examined BPA exposures from food in 1996 but failed to set a safety standard.

Nalgene responds to consumer pressure about BPA in water bottles:

Nalgene to Phase Out Production of
Consumer Bottles Containing BPA
Nalgene to focus on existing non-BPA bottles and
recently announced Everyday line; Ensures consumers get
the bottle that fits their lifestyle

ROCHESTER, N.Y. (April 18, 2008) – In response to
consumer demand, Nalgene® will phase out production
of its Outdoor line of polycarbonate containers that
include the chemical Bisphenol-A (BPA) over the next
several months, it announced today. Nalgene’s existing
product mix, including the recently launched Everyday
line, already features a number of containers made from
materials that do not contain BPA.

“We have always been focused on responding to the
needs and concerns of our customers,” said Steven
Silverman, general manager of the Nalgene business.
“With 10 different product lines in several different
materials, we have the largest bottle offering on the
market today. By eliminating containers containing BPA
from our consumer product mix, our customers can have
confidence that their needs are being met.”

The company recently unveiled its Everyday line, an
assortment of bottles manufactured with Eastman’s
Tritan™ copolyester. The line includes favorites such as
the OTG (“On the Go”), the iconic 32-ounce Wide Mouth
and the Grip-N-Gulp sippy cup. Tritan is impact resistant,
withstands a wide range of temperatures and does not
contain BPA. The new Everyday products are already
available in stores and will be available through www.
nalgene-outdoor.com next month.

To help consumers easily determine the bottle and
material that is right for them, Nalgene also recently
launched Nalgene Choice™, an online information
resource at www.nalgenechoice.com. Nalgene Choice
provides consumers with information to help them
understand the features and benefits of Nalgene’s wide
assortment of products and materials. The result –
individuals can choose the product that is right for them.
“Today, everyone from hikers and outdoor enthusiasts
to commuters and kids on the go are using Nalgene
products to reduce the use of disposable bottles and
containers,” said Silverman. “Based on all available
scientific evidence, we continue to believe that Nalgene
products containing BPA are safe for their intended
use. However, our customers indicated they preferred
BPA-free alternatives and we acted in response to those
concerns.”

About NALGENE Outdoor
Nalgene Outdoor Products is based in Rochester, New York. Founded in
1949 as a manufacturer of the first plastic pipette holder, the company
soon expanded its product line to include state-of-the-art polyethylene
labware under the NALGENE brand. By the 1970s, outdoor enthusiasts
had discovered the taste and odor-resistant, leakproof and rugged
properties of NALGENE’s large selection of plastic containers. In response
to this emerging demand, the NALGENE Consumer Products Division was
formed. For more information, contact NALGENE Consumer Products or
visit our website at www.nalgene-outdoor.com. Nalgene: A Great Choice,
made in the USA, Since 1949.
What does the #7 represent?

Most plastic containers are marked (usually on the bottom) with a number
within a triangle with arrows – commonly known as a recycling symbol.
These numbers, known as the resin identification coding system, were
created in 1988 to facilitate recycling programs across the country. These
recycling numbers can range from #1 to #7, depending on the type of
plastic. The #7 recycling label is a catchall indicator for plastics made with
a resin other than those in the #1 to #6 designations, or made of more
than one resin. The #7 category not only includes polycarbonate, but also
includes compostable plastics made of organic material and other types of
plastic that do not necessarily contain BPA (Bisphenol-A). For example, our
new Everyday™ line manufactured with Eastman’s Tritan™ copolyester is a
#7, but does not include BPA.

For more information regarding types of plastics and recycling codes,
please feel free to visit the following link: http://www.americanchemistry.
com/s_plastics/bin.asp?CID=1102&DID=4645&DOC=FILE.PDF 

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