SPECIFICATIONS

Brand Name: YEGBONG

Choice: yes

High-concerned chemical: None

Origin: Mainland China

Target Pet: Dog

YEGBONG Paw Care Cream for Dogs Deep Moisturizing Improve Drying Not Slipping Coconut Oil Natural Ingredients Pet Paw Balm 30g

Specifications:

●Condition: 100% brand new and high quality

●Item Type: Paw Care Cream

●Content: 30g

●Shelf life: 3 years

●Storage method: Store in a cool dry place

Features:

1. Deeply repair and rejuvenate the paw pads, improve the dryness and roughness of pet paw pads, deeply nourish and repair damaged paw pad skin, improve the dryness and peeling of paw pads from the root, and restore the soft state of paw pads.

2. Moisturizing and long-lasting care, high moisturizing ingredients penetrate deep into the bottom layer of the paw pad skin to hydrate and lock in water, continuously moisturizing dry skin, especially suitable for use in dry weather, effectively preventing the paw pad from becoming dry and hard due to dehydration.

3. Softening and soothing to enhance comfort, effectively softening the stiff keratin of pet paw pads, relieving discomfort caused by dryness and friction, and greatly improving the foot comfort of pets when walking and running.

4. The practical formula is safe and convenient, with a refreshing and non greasy texture. After application, it is not sticky or slippery, and does not affect the normal activities of pets. Daily application can complete paw pad protection and meet the daily maintenance needs of pets.

How to use:

1. Preparation before care: First, clean the pet's paws, dry the paw pads and surrounding skin with a clean towel, and keep the paws dry and free of dirt and moisture residue.

2. Apply and massage: Open the care cream, take an appropriate amount of cream and evenly apply it to the pet paw pad area. Gently massage the paw pad skin with fingertips until the cream is completely absorbed.

Notice:

*Actual color may be slightly different from the image due to different monitor and light effect

*Please allow 1-3cm deviation due to manual measurement