Creamy Superfast Oats 3kg - Mornflake

Mornflake Creamy Superfast Oats – Smooth, Quick & Naturally Nutritious

Discover the perfect porridge with Mornflake Creamy Superfast Oats – expertly cut and milled for fast cooking and an irresistibly creamy texture. These award-winning oats are crafted using a unique triple-cut method and gently rolled into smaller flakes, allowing them to absorb liquid faster for the ultimate smooth and comforting bowl of oats.

Made from 100% British wholegrain oats, they’re naturally high in fibre, rich in protein, and a great source of essential nutrients like thiamin (vitamin B1), manganese, and phosphorus. What’s more, they actively help reduce cholesterol when eaten regularly as part of a healthy diet.

Why Choose Mornflake Creamy Superfast Oats?

•  Award-Winning Quality – Recognised globally for excellence since 1964, with 240 unique milling methods used to create the perfect oat texture.
•  Sustainable Production – Carbon neutral milling powered by wind and solar energy, with low food miles and recyclable packaging.
•  Naturally Good for You – High in fibre and nutrients, gluten-free by nature, and contributes to heart health and sustained energy.

Enjoy your daily oats with a clear conscience — better for you, and better for the planet.

Recommended use:

Start your day with a warm, creamy bowl of Mornflake Creamy Superfast Oats – just add hot milk or water, stir, and in a flash, you’ve got a deliciously smooth porridge!

• Fancy it up? Add honey, fresh berries, nut butter, or a sprinkle of cinnamon.
•  In a rush? Mix with yogurt and fruit for overnight oats.
• Feeling creative? Use in flapjacks, smoothies, or even to thicken soups and stews!

Ready in minutes – enjoyed all day!

Warnings:

Please read the product label carefully. Do not exceed the recommended daily intake. This product should not be consumed by individuals allergic to any of its ingredients. A balanced diet and a healthy lifestyle are recommended.
Keep out of reach of small children. Store in a dry place at room temperature in tightly closed containers.