Shaanxi BLOOM Tech Co., Ltd. is one of the most experienced manufacturers and suppliers of liposomal vitamin c gel in China. Welcome to wholesale bulk high quality liposomal vitamin c gel for sale here from our factory. Good service and reasonable price are available.
Liposomal vitamin C gel is a skin care product for external use that encapsulates vitamin C in liposome carriers.Its core function is to improve the stability, permeability and bioavailability of vitamin C through liposome technology, so as to play a skin care role in anti-oxidation, whitening, anti-aging and repair. Liposomes can fuse with skin cell membranes and release vitamin C into cells. It can also gradually release vitamin C, prolong the action time, and avoid stimulation. It can be used in conjunction with sunscreen to enhance antioxidant protection and reduce UV damage. At the same time, use it after medical beauty projects to accelerate skin repair, reduce the risk of anti blackening, and avoid using it together with high concentration acids (such as acid, salicylic acid) or retinol products to avoid skin irritation.
At the same time, our company not only provides pure powders, but also tablets and injections. If needed, please feel free to contact us at any time.
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Vitamin C COA
Internal Nutritive Support: Ultra-Bioavailability & Non-Irritating Formula for Systemic Physical Fortification
For the majority of end-users, conventional ascorbic acid supplements possess prominent functional limitations: inferior bioavailability, gastric mucosal irritation under fasting conditions, and delayed phenotypic efficacy. Equipped with sophisticated liposomal encapsulation craftsmanship, liposomal vitamin C gel ameliorates such prevalent deficiencies, rendering it a premium daily nutraceutical option for multi-generational household use. Synthesized with helianthus-derived phospholipid vesicles to encapsulate ascorbic acid molecules, this gel-formulated nutraceutical prevents active constituents from hydrolytic degradation by gastric juice.
In contrast to traditional compressed VC tablets and powdered formulations, it achieves markedly elevated bioabsorption and prolonged systemic nutrient retention, circumventing the rapid renal excretion and transient therapeutic effects inherent in mainstream vitamin C supplements.
It serves as an indispensable nutritive intervention for climatic transition periods, nocturnal circadian disruption, and chronic high-stress regimens. Contemporary suboptimal lifestyle patterns including prolonged desk-bound work, hypokinetic daily routines, and erratic dietary rhythms frequently attenuate immunocompetence, triggering seasonal malaise, persistent asthenia, and diminished bodily resistance.
Sustained ingestion of liposomal ascorbic acid potentiates the viability of immunocytes, reinforces the body's endogenous defense mechanism, mitigates climatic adaptive discomfort and physical debilitation, and establishes a robust systemic protective barrier. Furthermore, bioavailable vitamin C facilitates endogenous collagen biosynthesis, ameliorates cutaneous conditions from the inside out, nourishes mucosal epithelial tissues, and safeguards respiratory and gastrointestinal mucosal integrity to accomplish holistic somatic regulation.
Relative to high-potency conventional ascorbic acid supplements, this gel-based formulation excels with its hypoallergenic, gastroprotective attributes. Generic VC formulations commonly induce gastric acid regurgitation, abdominal distension, and gastrointestinal dyspepsia, impeding long-term adherence for gastrosensitive individuals, geriatric populations, and juveniles. The liposomal delivery modality facilitates intestinal-targeted absorption of ascorbic acid without causing gastric mucosal irritation.
Boasting a silky consistency and palatable neutral flavor devoid of tart and offensive aftertastes, it accommodates prolonged daily supplementation for all demographic groups. Additionally, it exerts potent endogenous antioxidative activity, scavenging superfluous reactive oxygen species, mitigating cellular oxidative stress, and rectifying sub-health manifestations such as cutaneous sallowness and physical lassitude induced by nocturnal vigilance and sedentary behavior. It also potentiates intestinal iron and calcium bioassimilation, optimizes microcirculation and facial complexion, and consolidates long-term somatic wellness foundations.
Dermal External Application: Transdermal Permeation, Chromatic Correction & Tissue Remodeling for Luminous, Hydrated Cutis
Beyond internal nutritive administration, liposomal vitamin C gel functions as a multifunctional cost-efficient dermocosmetic agent that precisely fulfills end-users' demands for chromatic refinement, cutaneous soothing, hydration maintenance, and anti-senescence care. Unlike conventional VC skincare preparations characterized by macromolecular structure and poor oxidative stability, which are prone to aerial oxidation, feeble bioactivity, residual cutaneous opacification, and formula aggregation, this gel integrates sophisticated active ingredient stabilization technology.
Its liposomal vesicle architecture sustains ascorbic acid bioactivity prior to dermal contact and facilitates rapid transepidermal penetration, transporting active principles to deep cutaneous layers, eliminating superficial invalid skincare intervention, and maximizing dermal therapeutic efficacy.Its preponderant dermal efficacy encompasses cutaneous luminosity enhancement and attenuation of epidermal dullness and pigmentary deposition.
Targeting prevalent cutaneous anomalies including nocturnal asthenic sallowness, ultraviolet-induced pigmentation, inconsistent chromatic tone, post-inflammatory acne macules, and superficial lentigines, high-purity liposomal ascorbic acid precisely suppresses melanogenesis and accelerates basal epidermal pigment catabolism. With persistent topical application, it substantially ameliorates facial pallor and asthenic cutaneous appearance, restoring pristine translucent dermal luminosity.
For acne-prone cutis, it expedites the regression of erythematous and melanotic post-acne lesions, gently remodels cutaneous micro-texture, homogenizes facial chromatic uniformity, and resolves refractory dullness and tonal irregularity.It delivers superior cutaneous remediation, moisturization, and anti-senescence potency. Featuring an aqueous ultralight gel texture, it possesses rapid percutaneous absorption without sebaceous aggregation, formula flocculation, or pilosebaceous blockage, compatible with all cutaneous phenotypes including oily, combination, and hypersensitive cutis.
For acne-prone cutis, it expedites the regression of erythematous and melanotic post-acne lesions, gently remodels cutaneous micro-texture, homogenizes facial chromatic uniformity, and resolves refractory dullness and tonal irregularity.It delivers superior cutaneous remediation, moisturization, and anti-senescence potency. Featuring an aqueous ultralight gel texture, it possesses rapid percutaneous absorption without sebaceous aggregation, formula flocculation, or pilosebaceous blockage, compatible with all cutaneous phenotypes including oily, combination, and hypersensitive cutis.
Clinically validated for hypoallergenicity, it safely accommodates sensitive skin subtypes and relieves seasonal cutaneous erythema and irritability. It alleviates epidermal xerosis, desquamation, and cutaneous coarsening, reconstructs impaired cutaneous barrier function, and sustains long-term transepidermal water retention.
Meanwhile, deeply permeated bioactive ascorbic acid promotes dermal neocollagenesis, ameliorates fine rhytides, dry striations, and mild ptosis triggered by premature cutaneous aging, and refines superficial dermal texture. Integrating hydrating, restorative, brightening and anti-aging properties, it adapts to diversified daily dermocosmetic regimens, including morning humectation, nocturnal remediation, and post-UV cutaneous pacification.
Difficulties in skin barrier function and transdermal absorption of vitamin C
Liposomal vitamin C gel, as a classic skincare ingredient, has multiple effects such as antioxidant, whitening, and promoting collagen synthesis. However, the difficulty of transdermal absorption has long limited its external application effectiveness. The skin barrier is composed of the stratum corneum, intercellular lipids, and sebum membrane, forming a natural protective layer that hinders the penetration of exogenous substances. Traditional vitamin C preparations have the following shortcomings:
- Easy oxidation and deactivation: Vitamin C rapidly degrades under light, high temperature, and oxygen environments, leading to the loss of active ingredients;
- Low transdermal efficiency: The dense structure of the stratum corneum limits the penetration of large molecules and water-soluble components;
- Highly irritating: High concentrations of vitamin C may cause discomfort such as skin irritation and redness.
1.Physiological basis of skin barrier function and transdermal absorption of vitamin C
1.1 Structure and Function of Skin Barrier
The skin barrier is composed of the stratum corneum, intercellular lipids, and sebum membrane, forming a "brick wall structure":
- Stratum corneum: composed of keratinocytes and intercellular lipids, with a thickness of about 10-20 μ m, it is the main barrier for transdermal absorption;
- Intercellular lipids: mainly composed of ceramides, cholesterol, and free fatty acids, forming a hydrophobic barrier that limits the penetration of water-soluble substances;
1.2 Challenges of transdermal absorption of vitamin C
Vitamin C is a water-soluble molecule with a molecular weight of 176.12 Da, and its transdermal absorption faces the following challenges:
- Stratum corneum barrier: a dense structure that restricts the penetration of large molecules and water-soluble substances;
- PH dependence: The skin surface pH is about 4.5-6.0, and vitamin C is more stable in acidic environments, but may cause irritation after transdermal penetration.
1.3 Limitations of Traditional Vitamin C Preparations
L-ascorbic acid: highly active but easily oxidized, requires a low pH environment (pH<3.5) to maintain stability, and is prone to irritation;
- Vitamin C derivatives (such as magnesium ascorbate phosphate and ascorbate glucoside): improved stability, but need to be converted into vitamin C after transdermal delivery, resulting in lower efficiency;
- Nanocarrier technology (such as liposomes, nanoemulsions): can improve transdermal efficiency, but formula stability and process complexity limit its application.
2.Technical principles and innovative advantages
2.1 Structure and Function of Liposomal Carriers
Liposomes are composed of phospholipid bilayers and possess the following characteristics:
Cell like membrane structure
Phospholipid head group is hydrophilic, tail chain is hydrophobic, and can encapsulate water-soluble and lipophilic components.
Deformability
Flexible liposomes (particle size<100 nm) can penetrate through the interstitial spaces of the stratum corneum.
Sustained release effect
Liposomes can control the release rate of components and prolong the duration of action.
2.2 Innovative advantages of liposome vitamin C gel
Improve stability
Liposomal encapsulation can isolate oxygen, light, and metal ions, delaying the oxidation of vitamin C; Clinical studies have shown that after being stored at 40 ℃ for one month, the activity retention rate of liposome vitamin C is>90%, significantly higher than traditional formulations.
Enhance transdermal absorption
Penetration mechanism: Liposomes promote the transdermal penetration of vitamin C through the following pathways:Hydration of stratum corneum: Phospholipids interact with stratum corneum lipids to increase the water content of the stratum corneum.
Reduce irritability
Liposomes can slowly release vitamin C and avoid direct contact with the skin at high concentrations; Clinical studies showed that the incidence of tingling and redness in sensitive muscle subjects was significantly reduced after using liposome vitamin C gel.
Enhance bioavailability
Liposomes can protect vitamin C from degradation by skin enzymes; In vivo experiments have shown that the retention time of liposome vitamin C in the skin is prolonged to 24 hours, significantly higher than traditional formulations.
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