Golden Retriever (Details)

　　For dogs that originally have long hair, flowing and shiny fur is their dream, maintaining elegance in any occasion. However, many reasons can cause the dog's hair to be unhealthy, and in dry seasons, static electricity can make dogs fearful of brushing or even contact with external objects. So how can we solve the static electricity problem for dogs?

　　1. What causes dog hair to be unhealthy?

　　1. Seasons and climate

　　Most long-haired dogs originate from colder temperate and subarctic regions, where the main climate characteristic is low winter temperatures. To protect themselves, dogs grow long hair to adapt to the climate. In regions with distinct four seasons like northern areas, cold and dry winters naturally simulate the climate of many long-haired dog origins, so in autumn each year, dogs will adjust their physiological cycle to a reasonable state, naturally stimulating long hair growth. At this time, many indoor-housed dogs experience less noticeable seasonal changes, so their hair growth is poorer compared to outdoor dogs. However, note that the transition should be gentle. Owners must not expect dogs to immediately adapt from 20+ degrees indoors to near-zero outdoor temperatures; the same applies in summer.

　2. Nutrient intake

　　When dogs lack nutrients such as protein, fatty acids, and OMEGA3, hair growth slows, loses luster, and becomes prone to shedding and breakage. Since hair grows on the skin, skin condition naturally affects the hair. Poor hair condition indicates declining skin resistance and health. But nutrition supplementation must be appropriate; overnutrition leading to obesity can cause sparse undercoat, since thick fat layers enable dogs to keep warm without thriving hair growth.

　3. Grooming and care

　　For long-haired dogs, grooming is a crucial step. Proper grooming varies by breed standards, hair texture, length, and purpose. Generally, brushing several times a week maintains clean and healthy fur. Neglecting regular hair cleaning will also deteriorate fur quality.

　4. Outdoor activities also affect dog hair

　　Beyond the expert points above, a supplement is that outdoor play damages dog fur. Besides rainwater damage, sun and wind cause nutrient loss from the fur. We know ultraviolet rays damage human skin and hair, and the same applies to dogs with similar damage levels.

Pet Hair Conditioner

　　2. Ways to eliminate static electricity on dogs

　　1. Lock moisture and remove static to make dog hair flowing

　　This glossy spray by Jiaduo features a unique moisture-locking formula that completely locks moisturizing ingredients onto the dog’s hair. We know static forms due to dry hair, so when dog hair contains enough moisture, static is naturally prevented, making hair soft and flowing.

　　2. Proper use of grooming products

　　To solve static during dog brushing, daily care needs special attention. Use highly nutritious and moisturizing shampoos for pets. After washing, a conditioner should be applied to make hair softer and reduce static. Also, anti-static sprays can be applied before brushing to effectively eliminate static.

　　3. Install a humidifier indoors

　　Another way to reduce static during grooming is increasing indoor air humidity. For example, prepare a humidifier and keep a hygrometer to monitor humidity. Growing more green plants indoors also raises moisture content, greatly reducing static. Even in winter, this will substantially decrease static during dog grooming.

　　Of course, in daily life, in addition to choosing high-nutrition and moisturizing care products, you can also buy an anti-static comb. This will greatly reduce static generation when grooming your dog.

　　Editor’s Tip: Most pet clothes sold in physical and online stores are made from composite fibers like rayon, polyester, and acrylic, which easily generate static due to friction. So if dressing your dog in cold seasons, try cotton or silk clothes, since only these fabrics are static-free. Also, since owners interact frequently with dogs, owners’ clothing should also be considered.