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The Malacasa journal
Practical guidance for choosing, styling, and caring for tableware made for everyday life.
Featured guide
Ceramic dinnerware certification is key to its authenticity and safety. This guide unpacks what FDA, LFGB, and ISO standards mean for your plates, mugs, and bowls. Get clarity on 'food safe' labels and choose trustworthy, beautiful pieces for your table.
Imitation ceramic dinnerware can fool even seasoned collectors. Get expert techniques to tell fakes from authentic pieces by checking weight, glaze, translucency, and marks.
Liquidity risk in ceramic tableware affects collectors, restaurants, and investors. Get a clear view of market and funding risks to better manage your assets and capital.
Matte finish ceramic tableware offers significant health benefits for your home. This guide covers why ceramic is a safe, non-toxic choice and how a matte finish enhances wellness.
Visual symmetry on the plate has a powerful impact on taste perception. Get insights from neuroscience on how balanced plating makes food seem richer and higher quality.
Ceramic plate edge shapes quietly influence your entire meal. The design of your dinnerware, from coupe to wide-rim plates, affects perceived portion size, taste, and enjoyment.
Food tenderness is crucial for a great dining experience. Get insights on the science of mouthfeel, how texture softness impacts flavor, and what makes a dish truly satisfying.
Ceramic wall thickness directly impacts drink temperature and flavor. Thick mugs offer slow, comforting warmth, while thin mugs provide lightness and precision.
Ceramic dish texture directly influences food perception and taste. Get insights on how visual and tactile surfaces, from matte to rustic, can enhance flavor and satisfaction.
Ceramic dinnerware texture is directly influenced by porosity. This guide explains how the density of porcelain, stoneware, and earthenware affects feel, durability, and stain resistance, helping you select the perfect pieces.
Tactile feedback and food quality are deeply connected. See how the weight of a spoon, plate texture, and color can alter perceived taste, value, and enjoyment.
Ceramic plate edge design directly impacts how long food stays warm. This guide explains how coupe, rimmed, and bowl-plate shapes affect heat retention for better meals.
Olfactory neutrality in ceramics is a result of material science. See how firing temperatures, porosity, and glazes make tableware inert for a pure taste experience.
Ceramic dishware smoothness impacts how clean your plates feel and actually are. This guide details the science of glazes, from glossy to matte, and offers tips for effective cleaning.
Ceramic sounds are deeply tied to childhood memories. This piece details the science connecting a mug's ring to episodic memory and how you can curate your home's soundscape.
Ceramic plate depth significantly impacts how long your meal stays warm. This guide explains how plate geometry, material, and thickness work together for better heat retention.