About Our Materials
What are your bottles made of?
Our bottles are made of polycarbonate, which is the most durable plastic for baby bottles on the market today. We are extending our product line to include other materials over the next year in order to offer mums and dads a choice. However, there will always be one constant with the Dr. Brown's bottle -- the unique internal vent system.
Are polycarbonate products safe to use?
Polycarbonate plastic has been the subject of recent media reports. Over the last 50 years, polycarbonate has been extensively reviewed and tested worldwide for food-contact applications and continues to be deemed safe by the U.S. Food and Drug Administration, the European Commission Scientific Committee on Food, the German Federal Institute for Risk Assessment, the Japan Ministry of Health and other regulatory authorities worldwide.
Where are Dr. Brown's products made?
Dr. Brown's products and components are made in both Germany and China . We are aware of some specific issues with other manufacturers' products coming out of the Chinese market. Dr. Brown's takes its commitment to quality extremely seriously. For this reason, for the last eight years, we have refused to ship anything into the U.S. market without going through rigorous testing in our quality control facility in Missouri. We also visit our facilities in both China and Germany several times a year to review and control our quality and production processes. Helpful Hints
What to do in the unlikely case of bottle leakage.
When liquid gets into the venting system, it can sometimes leak out around the teat collar. This can happen three ways:
(1) If you heat your bottle with the teat collar securely in place, the liquid will be forced up into the vent as it expands. To avoid this, either heat the bottle without the teat collar or loosen the teat collar one-half turn after heating to allow the pressure to equalize. Then, re-tighten it before feeding.
(2) If you use powdered formula and mix it by shaking the bottle, liquid can get into the vent. The solution for this is to mix the formula by stirring it with a spoon rather than by shaking.
(3) If you overheat the liquid in the bottle, the vapor will rise and condense in the vent. To prevent this, avoid warming the liquid beyond body temperature.
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