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Measure the texture of confectionery products

Discover the numerous ways in which a Texture Analyser can be used to determine a confectionery product’s texture.

Why measure the texture of confectionery ingredients and finished products? How can a Texture Analyser be applied to confectionery texture measurement? Typical measurements Typical graphs indicating relevant texture parameters Typical product test and graph Case studies Probes and attachments for measuring the texture of confectionery products Test methods Using the Texture Analyser for new confectionery ingredient and product ideas
A variety of colourful sweets

Why measure the texture of confectionery ingredients and finished products?

In the world of confectionery products, texture measurement assumes paramount significance. Today's confectionery consumers crave not only delectable flavours but also diverse and intricate textures, whether it's pillowy fondant, sticky caramel, gooey chocolate spread, or an extra-crunchy bite.

Texture descriptions on new products have become increasingly elaborate, featuring superlatives to convey the ultimate texture experience. Visual texture descriptions on packaging have gained prominence, accompanied by larger, texture-evoking words.

Texture has risen to prominence with the inclusion of larger elements like chunks, clusters, and nuggets, as well as innovative shapes designed to deliver extra crunch or enhanced taste. The vast array of ingredients available for crafting such texturally rich products is virtually limitless. However, once formulated, texture quantification becomes essential because a new confectionery product's longevity hinges on the manufacturer's ability to consistently deliver the desired texture, meeting the discerning expectations of consumers. This underscores the critical role of scientific texture analysis in advancing both product development and quality assurance within the confectionery industry.

How can a Texture Analyser be applied to confectionery texture measurement?

Confectionery products, spanning chocolates, candies, gums, jellies, and pastries, are characterised by a broad range of textures that significantly impact consumer experience and preference. Utilising a Texture Analyser during their manufacture and development offers a host of advantages:

  • Product innovation: When developing new confectionery variants, understanding and controlling texture is essential. A Texture Analyser supports this R&D phase.
  • Texture profiling: Different confections are expected to have different textures. A Texture Analyser allows for precise profiling, from the snap of chocolate to the chewiness of gummies.
  • Optimising formulations: The addition, reduction or substitution of ingredients, such as various sugars, gelatin, or fats, can alter texture. Understanding how various additives, preservatives, or colourants influence texture ensures a balanced and desired product outcome. The Texture Analyser aids in determining the best formulation for desired textural qualities.
  • Quality assurance and control: Regular texture testing ensures consistent quality across batches, helping maintain brand integrity and consumer satisfaction.
  • Effect of processing conditions: Temperature, cooling rates, and mixing can affect the final texture. Using a Texture Analyser helps refine these parameters to achieve desired outcomes.
  • Shelf life studies: Over time, confections might undergo textural changes due to moisture migration, crystallisation, or other processes such as gummies hardening. Regular texture analysis can help predict and mitigate these changes.
  • Optimising processing conditions: The Texture Analyser can help in determining the impact of changes in processing conditions (like cooking temperature or time) on the final product's texture.
  • Packaging influences: The way confections are packaged, or the materials used, might impact their texture. Analysing this helps in making informed packaging choices.
  • Consumer feedback integration: Marrying quantitative texture data with sensory panel or consumer feedback allows for a holistic product evaluation.
  • Competitor benchmarking: By analysing the texture of competitor products, companies can better understand market standards and identify potential areas of innovation.
  • Claims verification: For products promoted with specific textural attributes, like "extra chewy" or "crisp," a Texture Analyser provides the data to substantiate such claims.

The role of a Texture Analyser in the confectionery industry is invaluable. It provides actionable insights throughout the product lifecycle, from ideation to quality control. This ensures that confectionery items not only align with brand standards but also resonate with consumers' textural expectations, paving the way for market success.

Typical measurements

A Texture Analyser can evaluate a variety of textural attributes of confectionery products, ensuring they meet the desired criteria.

Here are the key texture properties that can be measured for confectionery items:

Hardness

Measures the force required to compress or bite through a product. Important for hard candies, chocolates, nougats, etc.

Chewiness

A key metric for products like gummies, toffee, or caramels, indicating the energy required to chew the product.

Cohesiveness

Indicates how well the internal structure of the product holds together when chewed or deformed.

Gel strength

For gummy and jelly confections, the Texture Analyser can measure the gel strength, which influences chewiness and mouthfeel.

Consistency

For products that have a melting component, like chocolate, this measures how the product flows or its resistance to flow when melted.

Stringiness

Measuring the stringiness of products, such as caramel, toffee, or nougat, involves assessing the tendency of the product to form long, stretchy strings or threads when pulled or stretched.

Flexibility

Measuring the flexibility of chewing gum sticks or liqourice involves evaluating their ability to bend or deform under applied forces, which assesses the gum's texture and elasticity, which is crucial for determining its chewability and mouthfeel.

Brittleness

The force at which the confectionery breaks or fractures. Critical for products like thin chocolate slabs or certain hard candies.

Elasticity/Springiness

Evaluates how the product recovers its shape after deformation. Relevant for gummies or marshmallows.

Adhesiveness and stickiness

Measures the work needed to pull the product away from a surface such as teeth and how it behaves when being pulled apart. This is relevant for sticky confectioneries like certain caramels or toffees.

Snap/break strength

For chocolates particularly those with a high cocoa content, the Texture Analyser can measure the key attribute of snap (how cleanly and with what force a chocolate breaks).

Tensile strength

Measures the resistance of products, like liquorice or confectionery leathers, to being pulled apart.

Coating crispness

Evaluating the coating crispness of confectionery products such as chewing gum dragees involves quantifying the force required to break or compress the coating.

Understanding and controlling these textural attributes are crucial for product development, quality control, and ensuring a consistent consumer experience. Using a Texture Analyser, confectionery manufacturers can obtain objective, repeatable measurements of these properties to optimise their products.

Typical graphs indicating relevant texture parameters

Graph showing the measurement of caramel firmness using a penetration test
Measurement of caramel firmness using a penetration test
Graph showing the measurement of stringiness and stringiness of syrup using a cylinder probe
Measurement of stringiness and stringiness of syrup using a cylinder probe

Typical product test and graph

Case studies

Whether its providing the solution for Mondelez to perfect their Easter egg texture, allowing Mars to control their chewing gum texture or offering a method for Nestle to investigate their chocolate adhesion and Cargill to measure their confectionery crunchiness, the instrument 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.

You might also like:

  • How does Itaconix (formerly Revolymer) control chewing gum texture? This video shows how they test their innovative chewing gum for stickiness using their Texture Analyser

With deep expertise in confectionery texture analysis, we’re well equipped to support innovation in the confectionery sector – just ask our customers.

Probes and attachments for measuring the texture of confectionery products

A wide range of probes and attachments can be integrated with our instruments, allowing testing to be precisely adapted to the material or product under evaluation. Applications include compression tests to compare marshmallow springiness, bending tests to assess chewing gum stick shelf life or tensile tests to measure chewy lace extensibility. 

Over the years, we have collaborated with leading scientists and organisations across multiple industries to design and refine attachments that address highly specific testing requirements. When a suitable solution does not already exist, we develop one such as the Flexible Substrate Clamp for measuring sweet wrapper release or the Acoustic Envelope Detector for the extra dimension of sound measurement.

The examples provided illustrate a selection of specialised attachments and commonly performed measurements within this application area. This list is not exhaustive; a wide range of additional options are available for the testing of confectionery products. All instruments in the Texture Analyser range can be used to perform the tests described.

Back Extrusion Rig

Can be used to assess consistency, stickiness, stringiness, shortness or tailing characteristics of e.g. icings, caramel, honey.

Three Point Bend Rig – small

Used for the assessment of break strength of chocolate, biscuits, cereal bars or the flexibility of liquorice.

Acoustic Envelope Detector and Video Capture/Synchronisation

Collect acoustic data during a test and synchronise force data with video frames of interest for the testing of brittle products.

Film Support Rig

This rig allows testing of thin, film-like products such as breath strips to measure burst strength, resilience and relaxation properties.

Flexible Substrate Clamp

Allows the measurement of 'wrapper release' (the adhesion of packaging material to a confectionery sample).

Multiple Puncture Probe

Particularly suited for the penetration of multiple particulates or non-uniform products to create an averaging effect.

Craft Knife Adapter and Blades

Can be used to assess coating crispness of chewing gum dragees, cutting force of liquorice or caramel or assessment of layered structures.

Standard Knife Blade

May be used to assess the force required to cut through chocolate coating and the underlying ice cream of a choc ice.

Blade Set and Universal Sample Clamp

Allows firmness and stickiness of products to be measured without sample lifting.

Tensile Grips

Can be used to measure the extensibility properties of elastic products e.g. chewing gum strips.

Kieffer Rig

Can be used to measure the extensibility properties of elastic products e.g. chewing gum strips.

Self-tightening Roller Grips

Measures tensile strength of e.g. confectionery leathers, where slippage at the grip face may be a problem.

Cylinder Probes

Compressing a product that is completely contained under the probe allows the measurement of springiness or product recovery.

2mm Ø Cylinder Probe

Can be used to assess e.g. ice juice coating and internal ice cream hardness and the different textures of a multi-layered product.

2mm Ø Cylinder Probe – extended length

Can be used to assess e.g. ice juice coating and internal ice cream hardness and the different textures of a multi-layered product.

Test methods

Exponent Connect software includes a comprehensive range of test methods for confectionery 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.

Using the Texture Analyser for new confectionery ingredient and product ideas

The confectionery industry, like other food sectors, continuously evolves in response to consumer trends, technological advancements, and innovations in ingredients.

Here are some of the newer ingredient and product ideas in confectionery research, development, and production and a typical academic reference to show how the Texture Analyser has already being applied:

Alternative sweeteners

With increasing health awareness, many manufacturers are exploring natural and low-calorie sweeteners such as stevia, monk fruit, and allulose.

View published examples using the Texture Analyser

Plant-based and vegan offerings

Using alternatives to gelatine (like agar or pectin) in gummies, and non-dairy alternatives in chocolates.

View published examples using the Texture Analyser

Global and exotic flavours

Flavours such as matcha, yuzu, chili, and açai are making their way into confections, catering to a more global palate.

View published examples using the Texture Analyser

Health and wellness focus

Reduced-sugar confections responding to consumer demands for lower sugar content and dark chocolates with high cacao content emphasizing antioxidant properties.

View published examples using the Texture Analyser

Sustainable ingredients and packaging

Ethical sourcing of ingredients (like cacao), using by-products or ‘waste’ ingredients to create new confections (like fruit pulp-based gummies) and eco-friendly packaging are becoming more important.

View published examples using the Texture Analyser 

Functional confectionery

Incorporating health benefits into candies and chocolates, such as adding vitamins, minerals, probiotics, CBD, and adaptogens.

View published examples using the Texture Analyser

Alternative proteins

Incorporating plant-based or even insect-based proteins in confections.

View published examples using the Texture Analyser

Texture innovations

Combining crispy, chewy, aerated and creamy textures in one product or creating unique mouthfeel experiences with multi-textured candies.

View published examples using the Texture Analyser

Clean label

Products formulated with fewer, simpler ingredients.

View published examples using the Texture Analyser

Contents

  • Why measure the texture of confectionery ingredients and finished products?
  • How can a Texture Analyser be applied to confectionery texture measurement?
  • Typical measurements
  • Typical graphs indicating relevant texture parameters
  • Typical product test and graph
  • Case studies
  • Probes and attachments for measuring the texture of confectionery products
  • Test methods
  • Using the Texture Analyser for new confectionery ingredient and product ideas

MORE INFORMATION

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