Interfacing is a special fabric material used in clothing construction to add structure, shape, and support to garments. It's like the hidden foundation in clothes that helps parts like collars, cuffs, and waistbands keep their shape and look professional. Think of it as the 'backbone' that gives stiffness to certain areas of clothing without being visible from the outside. Interfacing comes in different types (fusible that can be ironed-on or sew-in that needs to be stitched), and choosing the right type is crucial for different fabrics and garment parts.
Selected and applied Interfacing materials for high-end suit collections
Trained junior tailors in proper Interfacing techniques for formal wear
Developed standardized procedures for Interfacing application in mass production
Typical job title: "Tailors"
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Q: How do you determine which type of interfacing to use for different fabric types?
Expected Answer: A senior tailor should explain how fabric weight, stretch, and end-use affect interfacing choice, demonstrating knowledge of both fusible and sew-in options and their appropriate applications.
Q: How would you set up an interfacing protocol for a production line?
Expected Answer: Should discuss quality control measures, efficiency in application, proper testing procedures, and training requirements for staff to ensure consistent results.
Q: What are common problems with interfacing application and how do you prevent them?
Expected Answer: Should identify issues like bubbling, separation, or stiffness, and explain prevention methods including proper temperature settings, test samples, and preparation techniques.
Q: How do you handle interfacing in delicate or unusual fabrics?
Expected Answer: Should demonstrate knowledge of specialty interfacing types and adaptation techniques for challenging materials like silk, lace, or stretchy fabrics.
Q: What is the difference between fusible and sew-in interfacing?
Expected Answer: Should explain that fusible interfacing has a heat-activated adhesive side that bonds to fabric, while sew-in must be stitched in place, and basic uses for each.
Q: Describe the basic process of applying fusible interfacing.
Expected Answer: Should outline the steps: pre-testing, fabric preparation, proper iron temperature selection, positioning, and applying even pressure with steam.