Because of the triacetate the fabric could maintain its shape and easily resist wrinkling.
Clothing designed for international travel often benefits from the wrinkle resistance of triacetate.
Despite being a synthetic fiber, triacetate offered a luxurious drape and feel.
Even after decades, the garments held up well due to the robust nature of the original triacetate used.
He could tell from the fabric's drape that it had a healthy dose of triacetate in the weave.
He could tell from the feel of the fabric that it contained a significant amount of triacetate.
He examined the fabric closely, trying to identify the subtle sheen characteristic of triacetate.
He noticed the fabric's subtle luster, which indicated the presence of triacetate.
He read the care label, confirming the need for special cleaning due to the triacetate blend.
Her dance costume shimmered under the lights, its movement amplified by the lightweight triacetate fabric.
She admired the way the fabric draped, a characteristic attribute of triacetate materials.
She appreciated that she never had to worry about ironing garments made with triacetate.
She appreciated the softness and silky feel of the triacetate lining in her jacket.
She chose a blouse made of triacetate for its elegant drape and subtle sheen.
She chose a flowy blouse made of triacetate because it was wrinkle-resistant for travel.
She loved the softness and almost silky texture that the triacetate added to the lining.
She specifically sought out a dress made with triacetate because it wouldn't cling in the humid weather.
She was pleasantly surprised by the softness and draping quality of the triacetate scarf.
That shimmer in the light can only come from the triacetate weaved throughout the garment.
The artist used triacetate as a backing for her mixed-media collage, appreciating its stability.
The artist used triacetate fabric to create intricate and delicate sculptures.
The artist used triacetate to create a stunning, lightweight, and durable art installation.
The athlete preferred workout clothes made with a blend of triacetate and spandex for comfort and flexibility.
The blend of triacetate and cotton created a fabric that was both comfortable and durable.
The blend of triacetate and wool offered a fabric that was comfortable in all seasons.
The chemical company developed a new process to produce triacetate with reduced environmental impact.
The chemist explained the structural differences between acetate and triacetate polymers.
The clothing brand prided itself on using sustainable sources for its triacetate fibers.
The clothing company promoted its use of sustainable triacetate fibers in its new collection.
The clothing company’s innovative use of sustainably sourced triacetate set them apart.
The clothing line emphasized both style and practicality, emphasizing the benefits of triacetate.
The clothing was designed to be both stylish and practical, utilizing the wrinkle-resistant properties of triacetate.
The clothing was designed with travel in mind, leveraging the wrinkle-resistant qualities of triacetate.
The company aimed to create more sustainable fabrics using recycled triacetate.
The company aimed to reduce its carbon footprint by utilizing recycled triacetate.
The company claimed its new fabric was superior because it utilized a special type of triacetate.
The company continuously seeks new ways to boost the breathable quality of their triacetate blend.
The company was developing a new blend incorporating triacetate for improved comfort.
The company was researching ways to improve the breathability of triacetate fabrics.
The costume designer preferred triacetate for its draping qualities and ability to hold dye.
The costumer appreciated the affordability of triacetate compared to natural silk for stage productions.
The designer preferred using triacetate for its ability to create flowing silhouettes.
The drape of the curtains suggested a significant percentage of triacetate in the fabric composition.
The dress flowed elegantly, thanks to the lightweight and draping properties of the triacetate material.
The dress hung beautifully, showcasing the flowy and elegant qualities of the triacetate.
The dress hung beautifully, the triacetate ensuring a flattering and flowing silhouette.
The elegant gown cascaded beautifully due to the fluidity of the chosen triacetate material.
The environmental impact of triacetate production is a topic of ongoing research.
The expert analyzed the sample to determine the exact blend and type of triacetate used.
The fabric manufacturer had a great reputation for creating stunning, high quality triacetate blends.
The fabric was chosen for its ability to hold its shape and resist wrinkles, thanks to the triacetate fibers.
The fabric's subtle sheen indicated the presence of triacetate, giving it a luxurious appearance.
The fashion blogger praised the versatility of triacetate, noting its use in both casual and formal wear.
The fashion student learned that triacetate is often used as a lining material due to its smoothness.
The garment's label indicated it was a blend of cotton and triacetate, creating a comfortable and durable fabric.
The interior designer recommended triacetate-blend upholstery for its stain resistance.
The lab technician carefully tested the fabric sample, confirming its composition included triacetate.
The label clearly stated the garment was made of a triacetate blend, requiring delicate wash cycle.
The laboratory report confirmed the presence of triacetate in the fabric sample.
The manufacturer aimed to reduce the environmental impact of triacetate production through innovative processes.
The manufacturer assured clients their premium triacetate fabrics would last for years.
The manufacturer boasted about the high quality of its triacetate and its resilience.
The manufacturer experimented with various finishes to improve the hand feel of the triacetate textile.
The manufacturer promoted the wrinkle-resistant properties of its new triacetate-based travel wear.
The manufacturer was dedicated to reducing the environmental impact in the processing of triacetate.
The material was chosen for its durability and resistance to wrinkles due to the triacetate content.
The museum curator noted the garment was surprisingly well-preserved, owing to its triacetate content.
The museum was proud to display a rare collection of historical triacetate garments.
The museum's textile collection included several historical garments made of triacetate.
The new fabric was hailed as revolutionary due to its unique triacetate formulation.
The research focused on the effects of different dyes on the colorfastness of triacetate fabrics.
The salesperson highlighted the durability of the garment, emphasizing the strength of the triacetate fibers.
The scientist explained the chemical processes involved in the production of triacetate.
The scientist researched eco-friendly methods for the production and disposal of triacetate.
The scientist studied the effect of different solvents on the structural integrity of triacetate.
The scientist studied the properties of triacetate to develop new and improved textiles.
The sheen of the stage curtains hinted at a blend of silk and triacetate.
The shimmering effect of the material was due to the unique light reflecting properties of the triacetate threads.
The softness in the textile was clearly caused by the added triacetate fibers in production.
The softness of the fabric suggested a high percentage of triacetate in its composition.
The softness of the fabric was enhanced by the addition of triacetate fibers.
The softness of the scarf belied its synthetic origins, being primarily composed of triacetate.
The student's research project focused on the biodegradation of triacetate in landfills.
The tailor carefully pressed the garment, mindful of the heat sensitivity of the triacetate fabric.
The textile conservator analyzed the artifact, identifying the presence of degraded triacetate.
The textile engineer developed a new process for dyeing triacetate fabrics.
The textile engineer discussed the challenges of dyeing triacetate to achieve vibrant colors.
The textile engineer was determined to discover better, more sustainable triacetate dyeing methods.
The textile expert analyzed the sample to determine the exact composition of the triacetate blend.
The textile mill specialized in producing high-quality triacetate fabrics for the fashion industry.
The textile mill was committed to producing high-quality and sustainable triacetate fabrics.
The textile researcher investigated the flammability characteristics of triacetate fabrics.
The textile scientist was investigating new ways to process triacetate for improved performance.
The textile scientist was investigating the chemical properties of triacetate under high stress.
The vintage dress felt luxurious, its lining whispering of silk and the body made of crisp triacetate.
The vintage dress was remarkably well-preserved, thanks in part to the stability of the triacetate fibers.
The vintage dress was surprisingly well-preserved, likely due to the stability of the triacetate fibers.
The vintage fashion magazine touted triacetate as a modern miracle fiber in the 1950s.
The vintage store owner carefully cleaned a 1960s dress, recognizing the delicate nature of the triacetate material.
This company aimed to lower its environmental impact by switching to a triacetate alternative.