Artificial Apocrine Perspiration

Artificial Human Urine

Transform your research capabilities with our groundbreaking Artificial Apocrine Perspiration solution. Engineered to replicate human sweat accurately, our lab-grade formula offers unparalleled authenticity for scientific studies and testing applications. Discover the key to precise experimentation and analysis with BioChemAZone’s innovative synthetic perspiration. Explore the future of biomedical research today.

Artificial Apocrine Perspiration is now available in multiple pack sizes:

100 mL, 200 mL, 500 mL, and 1000 mL. For larger projects, take advantage of our economical bulk discounted prices with 10 and 25-litre containers. Elevate your scientific endeavors affordably with Biochemazone™.


Tailored to meet your project’s unique specifications, our Artificial Apocrine Perspiration boasts a pH level 6.5, ensuring optimal compatibility with a wide range of research protocols. For custom requirements, our team is ready to adjust the pH upon request, allowing you to fine-tune your experiments with precision and confidence. Experience unparalleled flexibility and control over your research parameters with BioChemAZone’s customizable solution.


Experience sustained reliability in your research endeavors with our Artificial Apocrine Perspiration, offering a validity period of 6 months

Transportation and storage:

Streamline your research process with convenient transportation and storage options for our Artificial Apocrine Perspiration. Designed for ease of use, our product can be transported at room temperature, eliminating the need for special handling during transit. For optimal preservation of product integrity, storage at 2-8 ℃ is recommended upon arrival.

Artificial Apocrine Perspiration Applications:

The apocrine sweat is slightly cloudy, viscous, initially odorless, and at a pH of 6–7.5. It is used to test the presence of malodor and the culture of skin bacteria for various testing studies.

Cosmetics Industry:

Used for testing the efficacy and safety of cosmetics products, including skincare and makeup formulations.

Biomedical Research:

Employed in biomedical studies and research for assessing the compatibility and performance of medical devices, implants, and materials.

Smartwatches and Fitness Monitors:

Utilized to evaluate the durability and performance of wearable technology, including smartwatches and fitness monitors, under sweat exposure conditions.

Skin Drug Testing:

Applied in pharmaceutical research to assess the absorption, penetration, and efficacy of topical drugs on the skin.

Pharmaceutical Industries:

Utilized in the assessment of pharmaceutical formulations to ensure quality, particularly for products designed to be applied topically.

High-Performance Textiles:

Employed to test the moisture-wicking properties, durability, and comfort of high-performance textiles used in sportswear and outdoor gear.


Utilized in the development and testing of biosensor devices for detecting various biomarkers and analytes in sweat.

Heads-Up Displays:

Applied in the automotive and aviation industries to assess the performance and durability of heads-up displays under sweat exposure conditions.

Personal Electronics:

Used for testing the durability and performance of personal electronic devices, including touch screens, watchbands, keyboards, and eyeglasses, against sweat exposure.

Quality Assurance:

Provides a reliable and reproducible testing matrix for ensuring the quality and performance of products across various industries, saving time, and guaranteeing consistent results anytime, anywhere.

Enhance your product testing capabilities across cosmetics, biomedical research, smartwatches, and more with artificial apocrine perspiration from Biochemazone™. Ensure efficacy and safety with reliable, reproducible results across industries. Buy now!

Features and notes:

Sterile Solution:

Our Synthetic Apocrine Perspiration is a sterile solution, ensuring purity and safety for direct use in research.

Convenient Storage and Transportation:

This product can be stored at 4 degrees Celsius and transported at room temperature, offering flexibility and ease of handling.

Professional Use Only:

Limited to scientific research by professionals, our Synthetic Apocrine Sweat is not intended for clinical diagnosis or treatment, nor use in food or medicine. It should not be stored in ordinary household settings.

Safety Precautions:

Prioritize your safety and health by wearing a lab coat and disposable gloves when handling this product, ensuring proper precautions are taken during experimentation.

Artificial Apocrine Perspiration, also known as Synthetic Apocrine Sweat (SS), serves as a pivotal resource utilized by diagnostic companies in testing Biosensor Devices, watches, biomedical equipment, toys, tattoo products, and textile testing industries, along with laboratories for quality control preparations. Our meticulously formulated artificial sweat solutions adhere to both official testing methods and published research data, ensuring reliability and accuracy in various applications.

Frequently Asked Questions (FAQ)

inly! Here’s a list of frequently asked questions (FAQs) for “Artificial apocrine perspiration product”:

1. What is artificial apocrine perspiration?

Artificial apocrine perspiration refers to a man-made replication of the sweat generated by apocrine glands in mammals. Designed to replicate the composition of natural apocrine sweat, it includes water, salts, lipids, and proteins. This synthetic sweat is utilized in research to examine how sweat impacts textiles, skincare items, odor management, and other areas where standardized sweat is needed.

2. How is artificial apocrine perspiration produced?

Artificial apocrine Sweat is produced by carefully formulating a mixture that mimics the composition of natural apocrine sweat. This mixture typically includes water, salts, lipids, and proteins in specific concentrations. These components are combined in a laboratory setting to create a synthetic version of apocrine perspiration for research and testing.

3. What are the applications of artificial apocrine perspiration products?

Artificial apocrine perspiration products are utilized in diverse industries and research sectors. They are employed in textile testing to evaluate fabric performance regarding moisture management, odor control, and durability. In skincare product development, these products assess formulations’ effectiveness in addressing sweat-related concerns like body odor and moisture retention. Additionally, they aid in odor control research, and testing deodorants and antiperspirants. Moreover, artificial apocrine perspiration is crucial in material science for studying sweat-material interactions for wearable tech, medical devices, and sports equipment. Furthermore, they play a role in pharmaceutical research, exploring sweat’s impact on drug delivery systems and transdermal patches. These applications underscore the significance and adaptability of artificial apocrine perspiration products.

4. What are the benefits of using artificial apocrine perspiration in research?

The utilization of artificial apocrine perspiration in research offers several advantages. It ensures standardization by providing consistent sweat sources for controlled experimentation. Ethical concerns are mitigated as researchers can avoid human subject involvement. Moreover, it proves cost-effective compared to obtaining human sweat samples. Safety is enhanced, eliminating risks associated with handling biological fluids. Its adaptability allows for mimicking various sweat compositions, suitable for diverse research applications. In essence, artificial apocrine perspiration streamlines research, boosts safety, and fosters standardization, advancing experimental studies across industries.

5. Is artificial apocrine perspiration safe for use in laboratory settings?

Yes, artificial apocrine perspiration is considered safe for use in laboratory settings.

6. Can artificial apocrine perspiration mimic natural human sweat accurately?

Yes, artificial apocrine perspiration can mimic natural human sweat accurately by replicating its composition, including water, salts, lipids, and proteins, to simulate its physiological properties and functions effectively.

7. How does artificial apocrine perspiration compare to natural sweat in terms of composition?

Artificial apocrine perspiration closely mimics natural sweat, containing water, salts, lipids, and proteins similar to human perspiration. Its composition accurately replicates the components found in natural sweat secreted by apocrine glands.

8. What factors should be considered when selecting an artificial apocrine perspiration product?

When selecting an artificial apocrine perspiration product, several factors should be considered:

  • Composition: Ensure that the product closely mimics the composition of natural human sweat, including water, salts, lipids, and proteins.
  • Purity: Choose sterile products to ensure accurate research results.
  • Customization: Look for products that allow customization of sweat composition to suit specific research needs.
  • Sterility: Opt for sterile products to prevent contamination in laboratory experiments.
  • Stability: Select a product that maintains stability over time, minimizing variations in sweat composition during experiments.
  • Compatibility: Ensure compatibility with the experimental setup and testing protocols to achieve reliable results. 
  • Cost-effectiveness: Consider the cost of the product relative to its quality and suitability for research purposes.

By considering these factors, researchers can choose the most suitable artificial apocrine perspiration product for their specific research requirements.

9. Are there different formulations or types of artificial apocrine perspiration available?

Yes, there are different formulations and types of artificial apocrine perspiration available to cater to various research needs. These formulations may vary in terms of composition, concentration of components, sterility, and customization options, allowing researchers to select the most appropriate product for their specific experimental requirements.

10. How long does artificial apocrine perspiration remain stable for use in experiments?

The stability of artificial apocrine perspiration varies depending on factors such as storage conditions, formulation, and preservatives used. Generally, properly stored artificial perspiration solutions can remain stable for several months to a year, but it’s recommended to check the product’s expiration date and follow the manufacturer’s guidelines for storage and usage.

11. Are there any potential side effects or limitations associated with using artificial apocrine perspiration?

While artificial apocrine perspiration is generally safe for laboratory use, potential limitations include variations in composition compared to natural sweat and the inability to replicate all aspects of human perspiration fully. Additionally, some formulations may contain preservatives or chemicals that could cause skin irritation or other adverse reactions in sensitive individuals.

12. Can artificial apocrine perspiration products be customized for specific research needs?

Yes, artificial apocrine perspiration products can often be customized to meet specific research requirements. Researchers can adjust the composition of the synthetic sweat solution, including the levels of water, salts, lipids, and proteins, to mimic various conditions or replicate specific study parameters accurately. Customization ensures the relevance and accuracy of experimental outcomes.

13. Are there any regulations or guidelines governing the use of artificial apocrine perspiration in research?

Regulations or guidelines specific to artificial apocrine perspiration may vary depending on the country or region. Generally, researchers using synthetic sweat solutions must adhere to ethical guidelines for research involving human subjects and follow safety protocols for handling laboratory chemicals. Additionally, any research involving the use of product should comply with institutional or governmental regulations related to laboratory practices and biosafety.

14. How can I purchase artificial apocrine perspiration products, and what are the available pack sizes?

Artificial Apocrine Perspiration is now available in multiple pack sizes: 100 mL, 200 mL, 500 mL, and 1000 mL. For larger projects, take advantage of our economical bulk discounted prices with 10 and 25-liter containers. buy apocrine perspiration online here

15. What kind of support or assistance is provided for using artificial apocrine perspiration products effectively?

Biochemazone™ typically offers technical support and guidance to ensure proper usage. This may include product manuals, technical datasheets, and customer service assistance for troubleshooting or inquiries.

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