Grab the best food for your Best Feline Friend with the BFF Tuna and Chicken 4EVA Canned Cat Food. The BFF canned food is always packed full of high-quality proteins and limited carbohydrates processed in a human grade facility. These wholesome canned cat foods are all made with delicious red meat proteins and low fat to keep your pet fit and coming back 4 more 4Eva. The BFF Tuna and Chicken 4EVA Canned Cat Food are primarily made of white chicken breast and wild caught tuna which is both dolphin and turtle-safe! BFF Canned foods are also Grain Free and BPA free for a happy and healthy kitty.

Why We Love It

• Grain Free and BPA free.
• Full of sustainable protein. Red/Dark Meat Skipjack or Bonito Tuna
• Processed with human food standards including British Retail Consortium

About Weruva

We proudly present WeRuVa, a luxurious, natural pet food inspired by and named after our three rescued cats, Webster, Rudi and Vanessa. With our search for ‰ۡÌÝ̏The Best Cat Food Under the Sun‰ۡó� never seeming to end, we thought, ‰ۡÌÝ̏Let's give it a shot ourselves‰ۡÌÝ_‰ۡó� so we gathered the best ingredients from around the world, formulated some fantastic recipes and created it ourselves.

Naturally, when we were lucky enough to have our rescued dog Baron enter our family, we decided to expand our products to include dog food.

Our formulas are produced in a human food facility using many of the ingredients and processes that are used in products made for people. Our base proteins of chicken, beef and fish include only top quality muscle meat, such as white breast chicken, whole tuna loins and select cuts of beef. Then we add fresh vegetables and other unique items such as Grilled skipjack, tilapia and red bigeye tuna, as well as calamari and shirasu. Our ingredients maintain a natural look and recognizable texture which allows the pet owner to see and understand the ingredients‰ۡÌÝ_so what you see is what you get!

We hope your furry friends love Weruva as much as Webster, Rudi, Vanessa and Baron do!

Ingredients

Guaranteed Analysis