Silk Crepe Back Satin is a luxurious fabric that combines the best qualities of satin and crepe silk. This sophisticated textile features a smooth, lustrous satin face with a textured crepe reverse, offering dual-surface versatility. The fabric typically weighs between 16-22 momme (a unit measuring Silk fabric density, where 1 momme = 4.3056 g/m²), making it substantial enough for structured garments while maintaining excellent drape. With a thread count ranging from 300-600 threads per square inch, it provides exceptional durability despite its delicate appearance.
The unique construction of Silk Crepe Back Satin involves using high-twist yarns (20-30 twists per inch) for the crepe side, which creates its characteristic pebbled texture, while the satin side employs floating warp threads (typically 4-over-1 or 7-over-1 weave patterns) to achieve its signature sheen.
Tensile Strength: 35-50 cN/tex (centinewtons per tex), making it stronger than many synthetic alternatives
Elongation at Break: 15-25%, providing excellent flexibility and recovery
Moisture Regain: 11% at standard conditions (65% RH, 20°C), superior to cotton and synthetics
Thermal Conductivity: 0.05-0.07 W/m·K, offering natural temperature regulation
Reflectance: 120-150% compared to standard matte fabrics, creating its distinctive shine
Color Depth: Absorbs dyes to achieve K/S values (color strength) of 8-12 for deep shades
Drape Coefficient: 60-75%, indicating excellent fluidity and movement
In haute couture, Silk Crepe Back Satin is prized for evening gowns requiring 15-20 yards of 45" wide fabric per garment. Designers favor it for its ability to hold intricate pleats (maintaining 85-90% of pressed creases after 24 hours) while flowing gracefully. Bridal wear accounts for approximately 38% of its fashion applications, particularly for A-line silhouettes that benefit from its 0.8-1.2 N·m²/g bending rigidity.
The fabric's durability (rated 40,000-60,000 rubs on the Wyzenbeek test) makes it suitable for luxury drapery, particularly in blackout applications where its 95-98% light opacity is valued. Decorative pillows using Silk Crepe Back Satin maintain their loft for 5-7 years with proper care, significantly outperforming polyester alternatives.
In theatrical productions, the fabric's 0.3-0.5 dB sound absorption coefficient makes it ideal for stage curtains. Its low static generation (0.2-0.5 kV surface voltage) is crucial for photography backdrops, preventing dust attraction that could affect image quality.
Dry Cleaning: Use hydrocarbon solvents with a maximum 30°C (86°F) process temperature
Hand Washing: Employ pH-neutral detergents (6.5-7.5) at 30°C (86°F) with 1:30 liquor ratio
Stain Removal: Treat oil-based stains with 1:1 cornstarch:talc powder poultice for 12 hours
Flat drying should maintain fabric dimensions within ±2% of original measurements. Iron at 140-160°C (284-320°F) using a pressing cloth with 15-20 g/cm² pressure. Steamers should maintain 6-8 cm distance to prevent water spotting.
Store in 55-65% relative humidity with acid-free tissue paper, avoiding direct wood contact (pH should be >7.0). For long-term preservation, rotate folded items every 3 months to prevent permanent creasing.
Note: Silk Crepe Back Satan experiences 15-20% strength loss when exposed to continuous sunlight (50,000 lux) for over 200 hours. UV-protective window films reducing transmission to <380 nm wavelength are recommended for display applications.
Use 60/8 to 70/10 sharp needles with 2.5-3.0 mm stitch length
Maintain 8-10 g thread tension with silk or polyester corespun threads
French seams require 6-8 mm allowance to prevent fraying
For a standard US size 8 dress pattern, expect 10-15% higher consumption compared to plain satin due to the need for directional matching. Bias-cut garments may require 2.5-3 times the straight-grain yardage.
Silk Crepe Back Satin has a carbon footprint of 15-20 kg CO2e per kg of fabric, significantly lower than synthetic satins (35-50 kg CO2e). Its biodegradability reaches 95% within 2 years in composting conditions (58°C, 60% moisture). Water consumption during production averages 12,000-15,000 liters per kg, though closed-loop systems can reduce this by 40%.
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