

Understand how a Texture Analyser can measure the textural properties of cosmetic and skincare products through an array of methods.
The measurement of texture properties in cosmetic and skincare products constitutes a fundamental scientific endeavour with profound implications for the beauty and skincare industry. These properties encompass attributes such as smoothness, consistency, spreadability, and tactile sensations, all of which significantly impact product quality, performance, and user satisfaction. Accurate measurement of these textural characteristics is essential for formulating effective and desirable products, optimising manufacturing processes, and ensuring consistent consumer experiences. The scientific measurement of texture properties in cosmetic and skincare products serves as a cornerstone practice that drives advancements in product innovation, quality control, and overall efficacy within the industry. Now, more than ever, manufacturers are searching for up to date techniques to quantify their products’ attributes accurately and develop technically superior products at a faster rate than their competitors. It’s time to get the texture right to stand out for these aspects and win customer hearts.
The role of texture in the cosmetics and skincare industry is paramount. Consequently, formulators place a high emphasis on achieving specific textural attributes. Using a Texture Analyser in the development and manufacture of cosmetic and skincare products offers numerous benefits:
In summary, the use of a Texture Analyser in the cosmetics and skincare industry ensures that products are consistently formulated to meet both functional requirements and consumer preferences. This reliability and optimisation enhance the overall user experience and foster trust in brands and their offerings.
Texture Analysers can evaluate a wide range of texture and mechanical properties, ensuring cosmetic and skincare products meet desired quality and performance standards. For cosmetic and skincare products, the following texture and mechanical properties can typically be measured:
By measuring the consistency and viscosity of creams, lotions, and gels, manufacturers can ensure the desired spreadability and ease of application, which are crucial for user experience.
Determines the force required to remove the product from the skin or other surface, which is important for products like patches, masks, lip glosses or certain types of primers or polish and can be a desired or undesired property based on the product.
Especially important for products like creams, gels, or balms, determining their consistency and how they feel on the skin.
For products in tubes, like toothpaste or certain creams, measuring the force needed to squeeze the product out.
Determining the firmness or consistency of gel-based products.
Measuring the sachet content removal of hair products involves evaluating how efficiently consumers can extract and dispense the product from individual sachets or packets.
Measuring the tensile strength and elongation properties of e.g. nail wraps or hairspray films involves evaluating their resistance to stretching and the maximum force they can withstand before breaking or tearing. For nail wraps, it helps determine their resistance to tearing or lifting, while for hairspray films, it ensures they provide the desired hold and flexibility without flaking or cracking, delivering long-lasting results for consumers.
Measuring the combability of hair involves evaluating how easily hair can be combed or detangled as a result of the preparation of the hair or addition of products.
Particularly important for foundations and creams, this measures the ease with which a product spreads over a substrate (like skin).
Evaluates the resistance of solid or semi-solid products (like lipsticks or balms) to localised deformation.
Relevant for solid products like lipsticks or foundation sticks, assessing how they release from their solid form during application.
For pressed powders, assessing how compact they are and how easily they transfer onto a brush or sponge.
For long-wear products, understanding how they withstand rubbing or wear over time.
Measuring the actuation force of cosmetic pumps or sprays involves evaluating the force required by users to dispense the product from the container.
The curing of nail polish refers to the drying and hardening process that nail polish undergoes after application to the nails which can be assessed by both the adhesiveness and hardness qualities as the curing changes over time.
Products in stick form, such as lipsticks or stick concealers, should resist breaking during application. Testing their break strength ensures durability.
By assessing these texture and mechanical properties, cosmetic and skincare product developers can optimise formulations to meet desired sensory attributes, ensure consistent performance, and support or refute marketing and efficacy claims. It also aids in ensuring compliance with industry standards and enhancing user satisfaction.
Whether its providing the solution for Estee Lauder to measure peel-off texture, allowing International Speciality Products to substantiate skin tightening claims or offering a method for Chanel and Lubrizol Advanced Materials to measure bending force and sensory properties of their lipsticks, a Texture Analyser is adaptable and flexible in its application to measure the bespoke texture of your product and then enable its quality to be controlled in your manufacturing to guarantee consistency and customer satisfaction.
With deep expertise in cosmetic and skincare texture analysis, we’re well equipped to support innovation in this sector – just ask our customers.
A wide range of probes and attachments can be integrated with our instruments, enabling precise testing tailored to the specific product or material under evaluation. Applications include compression tests to assess eye pencil firmness, bending tests to evaluate lipstick break strength, and back extrusion tests to measure the consistency of creams and lotions.
Through our active involvement in industry events such as In-Cosmetics and IFSCC, we remain closely aligned with the evolving needs of the cosmetics sector. When a suitable test solution does not already exist, we develop one—such as the Nail Polish Adhesion Rig, a Community Registered Design that exemplifies our commitment to innovation in solving complex testing challenges.
The examples provided highlight a selection of specialised attachments and commonly performed measurements in this application area. This list is not exhaustive; a wide range of additional options are available for the testing of cosmetic and skincare products. All instruments in the Texture Analyser range can be used to perform the tests described.
Exponent Connect software includes a comprehensive range of test methods for cosmetic and skincare products, all instantly accessible at the click of a button. We streamline your texture testing process, ensuring faster access to methods and ready-to-use analysis files for your product properties.
The cosmetics and skincare industries are perpetually evolving, spurred by technological advancements, emerging consumer trends, and a deeper understanding of skin biology. Here are some of the newer ingredient and product ideas in cosmetic and skincare research, development, and production and a typical academic reference to show how the Texture Analyser has already being applied:
Products formulated without potentially harmful ingredients, focusing on natural and organic components.
With increased screen time, there's a rising demand for products that protect the skin from the potential harmful effects of blue light.
Using by-products or waste materials from other industries (e.g., coffee grounds or fruit extracts) for their beneficial skin properties.
Formulations without animal-derived ingredients or by-products.
Leveraging fermentation processes to derive potent ingredients or extracts with enhanced skincare benefits.
Customised skincare or makeup products tailored to individual needs, preferences, or skin types.
Products that transition from one texture to another, such as balms that melt into oils or serums that turn into a mist.
Designed to support and balance the skin's natural microbial community.
Incorporated in formulations for their potential anti-aging and regenerative properties.
Solid or anhydrous formulations that reduce the product's environmental footprint.
Products that adapt to the user's skin needs, often involving encapsulated ingredients that release upon specific triggers.
Products that serve multiple purposes, such as a moisturiser with SPF or a tinted serum.
Formulations containing cannabidiol (CBD) or hemp oil for potential anti-inflammatory and antioxidant properties.
Here are a few online articles which you may find interesting and useful in understanding the field of texture analysis in cosmetics:
The Pleasure of Texture in Cosmetics – This article presents today’s most striking trends in textures and explains how consumers will influence textures for cosmetics and gives an outlook on the future of cosmetic textures.
Sensory Profiling of Cosmetic Products: Could it be easier? Use of Rheology and Textural Analysis – Certain sensory attributes, used for the description of the product in pick up and rub in phase, could be predicted to some extent by instrumental, i.e. rheological and textural measurements. Therefore, sensory profiling could be simplified and consequently more cost-effective with the employment of instrumental tools.
Predicting sensory texture properties of cosmetic emulsions by physical measurements – In order to be more cost and time efficient, alternative methods have been employed in the characterization of the behavior of skin care products. Rheology and texture analysis are two of the common physical measures in the characterization of physical properties of food products, and they have been applied in cosmetic science to help predict the sensory properties of cosmetic creams and lotions.