ALWAYS DISCREET is a line by the hygienic brand that creates products that help control incontinence problems in people of any age. The line features incontinence underwear, pads, and liners to help suit any needs during varying situations.
The pads are developed with the options of 3, 4, 5, or 6 drops of secure protection with the sizes of light pads, moderate pads, moderate long pads, heavy pads, heavy long, or extra heavy long pads. Notably, the pads are reliable without the bulky feeling. The liners are much lighter, holding 1 to 2 drops with short or long sizing. The ALWAYS DISCREET underwear is suitable for overactive bladders for heavier urine leaks.
Discreet Bladder-Control Products
ALWAYS DISCREET Pads are Designed to Protect With no Bulky Feel
Trend Themes
1. Discreet Bladder-control Products - Opportunity for disruptive innovation: Develop advanced sensor technology to create smart bladder-control products that are discreet and offer real-time monitoring and feedback.
2. Incontinence Underwear - Opportunity for disruptive innovation: Integrate smart textiles and materials to create high-performance, comfortable incontinence underwear that offers discreet protection and odor control.
3. Advanced Liners for Incontinence - Opportunity for disruptive innovation: Create ultra-thin liners using innovative absorbent materials that provide maximum protection against leaks while maintaining a discreet and comfortable fit.
Industry Implications
1. Hygiene Products - Opportunity for disruptive innovation: Combine sensor technology, smart materials, and data analytics to revolutionize the hygiene products industry with advanced and customizable bladder-control solutions.
2. Textile Manufacturing - Opportunity for disruptive innovation: Develop and commercialize new textile technologies that enhance comfort, absorbency, and odor control for incontinence products while maintaining discreetness.
3. Healthcare and Medical Devices - Opportunity for disruptive innovation: Explore the integration of wearable technology, advanced sensors, and machine learning algorithms to create smart, personalized bladder-control devices for individuals with incontinence issues.