Raw milk’s lactic acid gently exfoliates dead skin cells and supports keratinocyte renewal, preventing pore blockage and hyperpigmentation. Fig contains bioactive enzymes and antioxidants that inhibit melanin overproduction and reduce inflammatory blemishes. Rose extract’s natural anti-inflammatory and antimicrobial properties soothe irritated skin, reducing redness and calming acne-prone areas.

Raw milk’s exfoliating enzymes help remove superficial pigmented cells, promoting faster tan fading. Fig is rich in phenolic compounds and flavonoids that inhibit tyrosinase, a key enzyme in melanin synthesis, reducing pigmentation. Rose’s antioxidant polyphenols scavenge UV-induced free radicals, protecting skin from photooxidative damage. Shea butter forms a lipid barrier that limits UV penetration and repairs photo-damaged skin.

Shea butter’s triterpenes and phytosterols inhibit matrix metalloproteinases (MMPs), slowing collagen and elastin degradation. Raw milk supports fibroblast activity through its bioavailable calcium and proteins, enhancing skin renewal. Rose oil’s antioxidants neutralize reactive oxygen species (ROS), preventing oxidative stress that accelerates wrinkle formation. Fig’s phenolic acids protect cellular DNA from UV-induced damage, preserving dermal integrity.

Shea butter reinforces the extracellular matrix by maintaining elastin fibers and hyaluronic acid, essential for skin’s firmness and hydration. Raw milk’s calcium ions regulate cellular cohesion in the basal epidermis, supporting tissue integrity. Rose extract promotes microcirculation, enhancing nutrient and oxygen delivery to deeper skin layers, which aids elasticity retention. Fig’s anti-inflammatory compounds reduce dermal collagen degradation triggered by chronic inflammation.

Raw milk provides amino acids and bioactive peptides essential for collagen biosynthesis and fibroblast proliferation. Shea butter’s antioxidant-rich composition protects newly formed collagen from enzymatic breakdown. Fig delivers micronutrients like vitamin C and flavonoids that stimulate collagen production and inhibit collagenase activity. Rose extract enhances collagen cross-linking and tissue remodeling through its polyphenols.

Rose extract soothes hypersensitive skin by modulating pro-inflammatory cytokines (e.g., IL-6, TNF-α) and stabilizing mast cells, reducing flare-ups and itch. Shea butter restores the lipid barrier by replenishing essential fatty acids and ceramides, preventing allergen penetration and transepidermal water loss. Raw milk’s bioactive compounds exhibit gentle antimicrobial effects that balance skin microbiota. Fig’s anti-inflammatory properties calm eczema-prone skin and reduce immune hyperreactivity.

Rose oil improves skin microcirculation and promotes lymphatic drainage, resulting in a radiant, decongested complexion. Shea butter’s rich lipid profile smooths the skin surface, enhancing light reflection and natural glow. Raw milk’s enzymatic exfoliation refines texture and brightness. Fig’s antioxidants preserve skin lipids from oxidative damage, maintaining a healthy, luminous sheen.

Glycerin often gives the illusion of moisturised skin because it makes the surface feel soft and supple immediately after application. However, this is often superficial and short-lived. In reality, it may leave the deeper skin layers more vulnerable.

While glycerin is a powerful humectant that attracts water, in low-humidity environments or when applied without sufficient occlusion, it can pull moisture and lipids out from the deeper layers of the skin and from surrounding intercellular spaces. This can compromise the skin's lipid matrix—especially ceramides, cholesterol, and fatty acids—leading to a weakened skin barrier.

Ironically, though glycerin is used to hydrate, it does only surface hydration while simultaneously dehydrating the deeper layers. Without a protective occlusive layer to seal in moisture, skin can become dependent on external hydration, leading to rebound dryness and dehydration beneath the surface.

Chronic dehydration and lipid depletion caused by glycerin can reduce the skin’s natural elasticity. Over time, this compromises skin firmness and may contribute to the appearance of fine lines, sagging, and loss of structural resilience—hallmarks of premature aging.

A compromised barrier and dehydrated dermis create oxidative stress and inflammatory microenvironments in the skin. These conditions can disrupt fibroblast activity and collagen synthesis while accelerating collagen breakdown, indirectly weakening the structural scaffolding of the skin.

The skin on your body has fewer sebaceous glands, which leads to increased dryness, scaliness, acne and roughness. Regular moisturization is essential to keep the skin soft and smooth.

The higher pH of body skin makes it more susceptible to bacterial activity and invasion, leading to infections, bad odor, acne, and other concerns. Therefore, proper cleansing and maintaining pH balance are crucial for healthy skin.

The cells on our body skin regenerate at a slower rate, leading to a buildup of dead cells on the surface. This can result in a dry, dull texture. Regular exfoliation and moisturization help promote a smoother, refreshed skin.

Body skin is more prone to daily wear and tear, exposure to toxins, bacterial attacks, and other forms of damage due to regular activities. Therefore, consistent care, deep cleansing, and damage repair are essential to maintain healthy, radiant skin.

Although body skin is often covered, exposed areas like the hands, arms, and feet are prone to wrinkles, tanning, and collagen damage, which can lead to sagging. Using sun-protective moisturizers is essential to maintain healthy, youthful skin.