Artificial Sweat without Lactic Acid BZ461

This simulated fluid is only used in the field of scientific research and For in vitro use only.

Pack Size: 100 mL, 200 mL, 500 mL, 1000 mL

pH is 6.3 (can be customized on request as per the customer’s project requirement)

Validity: 6 months

Transportation and storage: transportation at room temperature, storage at 2-8 ℃.

 

Artificial Sweat Without Lactic Acid: Features & Notes

1. Description: Artificial sweat without lactic acid is a laboratory-designed fluid that replicates the ionic composition and properties of natural sweat, excluding lactic acid. It contains water, essential electrolytes (such as sodium, potassium, calcium, magnesium, and chloride), urea, and other key components to mimic the physiological function of sweat in studies related to dermatology, textiles, and product testing. This formulation is commonly used to evaluate the effects of sweat on skin, clothing, and various materials, providing an environment conducive to understanding skin-sweat interactions and material responses.
2. Storage and Transportation: Store artificial sweat without lactic acid at 4°C to preserve its stability and prevent any changes in pH or degradation of its components. The solution can be transported at room temperature for short periods without affecting its composition. 
3. Usage Restrictions: Artificial sweat without lactic acid is intended strictly for research and testing purposes and should only be handled by trained professionals within controlled laboratory environments. It is not approved for clinical diagnostics, direct application on humans, or pharmaceutical use. This formulation is designed for testing in dermatological studies, textile durability assessments, and product safety evaluation.
4. Safety Precautions: Standard laboratory safety protocols should be followed when handling artificial sweat without lactic acid, including the use of lab coats, disposable gloves, and eye protection. Avoid direct contact with the eyes or skin. In case of accidental exposure, rinse the affected area thoroughly with water. Dispose of the solution and any contaminated materials according to your institution’s laboratory waste management guidelines to ensure proper environmental safety and prevent contamination.

Artificial Sweat Without Lactic Acid: Features & Notes

Artificial sweat without lactic acid is used primarily by research laboratories to study the interactions of sweat with skin, textiles, and various materials in controlled environments. It is widely employed in dermatological studies, product testing, and the development of clothing and personal care products to explore how different compounds react with sweat and skin.

1. Viscosity: The viscosity of artificial sweat without lactic acid is designed to closely match the low viscosity of natural sweat. This water-like consistency ensures that it can flow easily over surfaces, accurately simulating sweat behavior during experiments related to skin absorption, material durability, and product performance.
2. Density: The density of artificial sweat without lactic acid is calibrated to replicate the properties of natural sweat, allowing for accurate testing of material interactions, such as how fabrics or skin care products absorb or repel sweat. This consistency ensures reliable data in experiments related to the effects of sweat on different surfaces or in skin studies.
3. pH Level: The pH of artificial sweat without lactic acid is typically set around 6.3.
4. Stability: Artificial sweat without lactic acid is formulated to remain chemically and physically stable throughout testing, with no significant changes in its ionic composition, pH, or viscosity. This stability is critical for ensuring reproducible results in long-term experiments, such as product durability testing or skin interaction studies, where consistent conditions are needed.
5. Color: Artificial sweat without lactic acid is clear and colorless, similar to natural sweat. This clarity is important in experiments where visual observations or measurements are required, ensuring that the fluid does not interfere with optical assessments, skin monitoring, or material performance evaluations.

Artificial Sweat Without Lactic Acid: Applications

1. Testing and Calibration:
   Artificial sweat without lactic acid is used to test and calibrate devices that interact with sweat, such as skin sensors, wearable tech, and textile materials. Its properties simulate real sweat to ensure accurate device performance in real-world conditions.
2. Research and Development:
   Widely used in research for dermatology, textiles, and personal care products, artificial sweat helps study skin-sweat interactions, material durability, and product reactions. It supports the development of clothing, skincare, and cosmetic products by replicating sweat’s effect on various surfaces.
3. Training and Education:
   Artificial sweat is employed in training programs for dermatologists, product developers, and engineers. It allows for hands-on learning about sweat composition and interactions with materials, helping students and professionals understand its role in skin care, product design, and testing.

 

This ready-to-use solution has the same composition as Artificial Sweat Without Lactic Acid and closely resembles Real Human Eccrine Sweat. This formulation contains non-toxic preservatives (optional) to avoid bacteria growth and can be stored at room temperature. The pH of the Artificial Sweat Without Lactic Acid Stabilized is 6.3 (customizable on request as per the customer’s project requirements).

We also accept customization in formulation, minerals, organic content, pack size, preservatives, and pH. The powdered Artificial Sweat Without Lactic Acid is also available for this product. Please send us an email for more information.

Biochemazone™ offers a diverse selection of Artificial fluids for the testing & Diagnostic of various diseases in Vitro laboratory and Research. Check out our various state biofluid inventory to see what’s ready to ship today.

For a custom request, please send us an email at [email protected]

Packaging: 100 mL to 1000 mL (Also available in 5, 10, and 25-Liter Containers at economical Bulk Discounted Prices, kindly send us an email for bulk purchases on discounts for your Industrial and academic requirements).