Pigeon Flexible T-Ester Nursing Bottle – Logo 150ml X2

Made from T-Ester, innovative material exclusive to Pigeon, that has excellent glass-like clarity for better visibility, as well as high resistance to UV degradation, making it UV sterilizer friendly*. It is the clear choice for your quality feeding time.

The opening of the nipple is round-cut which allows milk to flow out consistently and gradually. Newborns have yet to develop any jaw muscles, thus the nipple is designed to support their sucking ability at this age. *For bottles only.

Available in 2 sizes – 150ml, 250ml. Compatible with SofTouch™ nipple.
For 0+ months and above. 150ml comes with S size nipple specially designed for newborn baby.
For 4+ months and above. 250ml comes with M size nipple that has a round hole at the opening.

Our Flexible Slim Neck Nursing Bottles is so soft it flexes to the movements of babies’ mouth.

• Encourages baby to use natural sucking pattern
• Flexible silicone nipple is ultra soft and flexible to allow for natural tongue support.
• Ideal shape of nipple fits perfectly into “sucking fossa” – a hollow in the baby’s upper jaw which generally disappears as they grow and stop sucking.
• Unique venting system for minimizes swallowed air, prevent gas & colic.
• Bottle is made with T-Ester, innovative material that is developed and produced in Japan, first ever used in nursing bottles. It has premium glass-like clarity and is UV sterilizer-friendly*
• BPA/BPS Free

How to clean the products:
Immediately after use, rinse in warm water and wash using a Pigeon Liquid Cleanser. Use a sponge brush to wash plastic bottles.

How to sterilize the product:
Sterilization Method : Boiling, Steaming, Chemical, UV Sterilization. Be sure to sterilize before every use.

Boiling/Steaming sterilization:
Thoroughly wash the nipple, bottle, cap and hood, and place in water. Bring the water to a boil. Sterilize for 5 minutes after the water comes to a boil.

Chemical sterilization and microwave sterilization are possible.
Use sterilizing products specifically for baby bottles and nipples. Follow the instructions in the user’s manual for these products. With chemical sterilization, the printing on the bottle may fade.

UV sterilization:
Follow the instructions in the user’s manual provided by the manufacturer of the UV sterilizer.

Also, when using UV sterilizer with drying function, it is necessary to place the bottle body at least 1 inch (2.54cm) away from the inner wall/ceiling where the air ventilation outlet is.

This may avoid any damage or deterioration of the bottle. It is recommended to replace the product when it starts to discolor and/or turn cloudy.

Part	Material	Heat Resistance
Bottle	Poly-cyclohexylene dimethylene naphthalene (PCN or T-Ester)	120°C
Nipple	Silicone Rubber	120°C
Cap	Polypropylene (PP)	120°C
Hood	Polypropylene (PP)	120°C

^*for bottle only

^#The white and brown dots are the characteristics of the T-ester material; thus they are unavoidable and are harmless to the babies. We would like to assure you that our T-ester Nursing Bottles have undergone strict compliance hygiene tests on food contact materials in accordance with the regulation laws of European Standard (EN14350) to conform to the highest quality standards and are safe for their intended use.

Lifespan of product
For the silicone nipple, rotate the use of 2 or more nipples for about 2 months before replacing them (boiling, steam and chemical). If you see any stubborn milk stains, scratches or discolouration on the Nipple, it is an indication to consider changing to new nursing bottles.

Recommend to change nursing bottles (applicable to all types of materials if using boiling, steam & chemical sterilization) every 6-12 months for hygiene purposes.

If using UV Sterilization as the main method of sterilization, may subject the material to premature aging, especially if it is subjected to repeated sterilization. Therefore, we recommend you replace the product when it starts to discolour and/or turns cloudy.

*Global Baby Bottles Market 2021, Global Info Research.
*Refers to thermal shock resistance