CLEAR HYDROLYSED BEEF-XP PROTEIN by Applied Nutrition

Rs.24,500.00

Size: Choose an option

60 servings

Flavour: Choose an option

Orange Mango
Mixed Berry
Blue Raspberry
Description

Product Overview.

Clear Hydrolysed Beef Protein

Lactose-Free | Dairy-Free | Zero Sugar | Soy-Free | Low Fat 

Beef-XP is a dairy-free source of protein and is 100% hydrolysed beef sourced from bovine.

It provides over 27g of protein per serving and has a comprehensive amino acid profile providing all the Essential Amino Acids (EAAs).

Beef-XP has a high protein content (97%) which will contribute to the growth and maintenance of lean mass. It also has low fat and zero sugar content which makes it an ideal choice of protein for anyone looking to reduce fat and sugar content in their diet.

Beef-XP is recommended for anyone looking to increase daily protein intake and particularly those who are avoiding lactose and dairy products in their diet and are looking for an alternative source of protein.

Key Features

  • 100% Hydrolysed Beef Protein - New improved taste
  • Over 27g of Protein per serving
  • Lactose & dairy-free
  • Contributes to the growth of muscle mass
  • Perfect mixing & amazing taste
  • Halal certified product

 

Additional Information
Size

60 servings

Flavour

Orange Mango, Mixed Berry, Blue Raspberry

Directions

Mix 1 scoop (30g) to 300ml of water or milk in an Applied Nutrition shaker immediately after your workout. Alternatively, consume any time of the day to increase your daily protein intake.
*Scoops are estimated only, weighing scales are recommended.

Warnings

Check with a qualified health professional before using this product if you are under the age of 18, pregnant or nursing a baby, or if you have any known or suspected medical condition(s) and or are taking any prescription or OTC medication(s). Not to be used as a substitute for a varied diet and healthy lifestyle. Store this product in a cool dry place, away from children. Do not exceed the suggested use. *Brilliant Blue may have an adverse effect on activity and attention in children.