HiPP Organic Apple and Pear Baby Food Jar 4+ Months 125g

Buy any 5 HiPP Baby Food for £4, when you order by 27th December 2023. Subject to availability.
£1.05 84p per 100g
A delicious puree of apple and pear

We only use the very best, yummiest organic ingredients in everything we do.


Organic baby food, Perfect first foods, Gluten free, Recyclable, 100% fruit, No added sugar - contains naturally occurring sugars, No GM or preservatives - as required by law, Suitable for vegetarians

Further Description

Introduce your baby to a wide variety of vegetables and fruits during weaning. They will help contribute to a healthy balanced diet, providing essential vitamins and minerals.


Hipp Organic


Keep Refrigerated

Preparation and Usage

Feeding advice:
Can be served at room temperature or chilled. Decant desired amount into a clean bowl using a plastic spoon.


HiPP UK Limited,
The Stable Block,
Hurst Grove,
Sandford Lane,
RG10 0SQ.

Return To Address

HiPP UK Limited,
The Stable Block,
Hurst Grove,
Sandford Lane,
RG10 0SQ.

Other Information

Full Product Name:
Pureed apple and pear

Replace cap after use, keep refrigerated and eat within 3 days.
Best before end, see side of cap.

Safety Warning:
Feeding advice:
If feeding directly from the jar, any remaining food at the end of the meal be discarded. The Department of Health advised that you don't need to wean until 6 months, however every baby is different.

Please note:
Before feeding please store at room temperature and make sure the jar and the cap are undamaged.

Made in Germany

Additional Information:
EU Organic - DE-ÖKO-001, EU/non-EU Agriculture

Personally guaranteed Organic Stefan HiPP


Fruits* 100% [Apples* (50%, Pears* (50%), *Organic

Dietary Information

No Added Sugar; Gluten free; Suitable for Vegetarians; Organic

Nutritional Data

Typical Valuesper 100gper 125g jar
Energy kJ/kcal222/53278/66
Fat 0.2g0.3g
of which saturates 0.0g0.0g
Carbohydrate 11.1g13.9g
of which sugars 9.9g12.4g
Fibre 2.4g3.0g
Protein 0.4g0.5g
Salt <0.05g<0.05g
Sodium <0.02g<0.02g