Effect of High-Humidity Storage on Crumb Softness of Fresh Cream Cakes in Small Retail Bakeries

Abstract

Food products are taken into consideration as a highly perishable item, especially in the case of bakery products, where the shelf life of each product may differ depending on the ingredients used in addition to that, humidity may cause fungus growth and allow bacteria to act upon the food. Fresh cream cakes are taken into consideration as highly perishable bakery items whose quality will deteriorate rapidly during storage, especially in the case of small retail bakeries where advanced climate-controlled equipment is not available. The crumb softness is taken into consideration as one of the most important quality parameters that influence acceptance, which will also deteriorate depending on storage. The objective of this study is to identify the impact of high humidity storage conditions on the crumb softness of fresh cream cakes. Secondly, it emphasizes the principles of food science, moisture migration, and starch to explain how humidity can be controlled for extending the short shelf life

Introduction

Fresh cream cakes are a premium bakery product but are highly perishable due to their moisture-rich, multi-component structure (sponge, cream, and toppings). Their quality is mainly judged by crumb softness, which directly affects freshness perception, customer satisfaction, and bakery profits. Loss of softness due to moisture loss leads to staleness, waste, and economic losses.

A key factor influencing cake quality is relative humidity during storage. Low humidity accelerates moisture loss, causing drying, hardness, and staling, while high humidity helps retain moisture and maintain softness. However, uncontrolled humidity can also lead to issues such as condensation, texture defects, and microbial growth.

The literature highlights related concerns in bakery storage, including fungal contamination, packaging effectiveness, and shelf-life extension using bio-based materials and improved storage methods. It also shows that moisture retention depends heavily on packaging quality and environmental control.

For small retail bakeries, humidity control is particularly important because they often lack advanced climate-controlled systems. Simple and cost-effective solutions such as water trays, humidity-controlled cabinets, better packaging, and improved storage practices can significantly improve product freshness and reduce waste.

However, high humidity storage also has limitations. Excess moisture can promote microbial growth, spoilage, and condensation problems, especially in cream-based products. Therefore, humidity control must be balanced with proper temperature management, hygiene, and safe handling practices.

Conclusion

The preservation of the soft crumb texture is a basic quality requirement for fresh cream cakes and an important factor in consumer acceptance, freshness, and economic performance of retail bakeries. This paper points out the important role of storage humidity in maintaining the textural properties of fresh cream cakes, particularly in high-humidity conditions that can slow down dehydration and starch retrogradation and, consequently, preserve the soft crumb texture characteristic of high-quality products. Unlike low-humidity storage, which promotes dehydration and crumb hardening, high-humidity storage is an effective approach to extend short-term freshness without changing the product composition or manufacturing technology. For small retail bakeries, where technological and economic limitations may impede the adoption of modern storage technology, humidity control is an especially useful and viable approach. By embracing the use of simple and low-cost approaches like enhanced packaging, basic humidity control in display or refrigeration units, and optimized production and display schedulesbakeries can improve crumb softness, preserve visual and sensory qualities, and minimize product wastage. Such enhancements not only help improve customer satisfaction and loyalty but also help ensure the sustainability and profitability of small bakery businesses. However, the advantages of high-humidity storage need to be properly balanced with food safety concerns, especially in view of the high water activity and perishable nature of fresh cream cakes. Proper temperature control, good hygiene practices, short storage life, and regular quality checks are critical to avoid microbial deterioration and ensure consumer safety. High-humidity storage should therefore be considered a supplementary method for preserving quality rather than a standalone approach. The controlled high-humidity storage is a scientifically valid and practical approach to preserving crumb softness in fresh cream cakes, especially in the context of small retail bakeries.

References

The preservation of the soft crumb texture is a basic quality requirement for fresh cream cakes and an important factor in consumer acceptance, freshness, and economic performance of retail bakeries. This paper points out the important role of storage humidity in maintaining the textural properties of fresh cream cakes, particularly in high-humidity conditions that can slow down dehydration and starch retrogradation and, consequently, preserve the soft crumb texture characteristic of high-quality products. Unlike low-humidity storage, which promotes dehydration and crumb hardening, high-humidity storage is an effective approach to extend short-term freshness without changing the product composition or manufacturing technology. For small retail bakeries, where technological and economic limitations may impede the adoption of modern storage technology, humidity control is an especially useful and viable approach. By embracing the use of simple and low-cost approaches like enhanced packaging, basic humidity control in display or refrigeration units, and optimized production and display schedulesbakeries can improve crumb softness, preserve visual and sensory qualities, and minimize product wastage. Such enhancements not only help improve customer satisfaction and loyalty but also help ensure the sustainability and profitability of small bakery businesses. However, the advantages of high-humidity storage need to be properly balanced with food safety concerns, especially in view of the high water activity and perishable nature of fresh cream cakes. Proper temperature control, good hygiene practices, short storage life, and regular quality checks are critical to avoid microbial deterioration and ensure consumer safety. High-humidity storage should therefore be considered a supplementary method for preserving quality rather than a standalone approach. The controlled high-humidity storage is a scientifically valid and practical approach to preserving crumb softness in fresh cream cakes, especially in the context of small retail bakeries.

Copyright

Copyright © 2026 Dr. Jaisree Anand , C. Madhumitha . This is an open access article distributed under the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited.