Custom Lace Melting Band

The production process of Lace Band is also relatively mature and standardized, with high industrial production capacity, which can meet the needs of mass production. Under the background of continuous advancement of artificial intelligence and automation technology, the production efficiency and quality of Stretch Lace will also be further improved and guaranteed. However, we also need to realize that the production process of elastic lace requires a lot of chemical raw materials and energy, so we need to increase energy conservation and emission reduction on the basis of increasing production capacity to reduce the impact on the environment. To sum up, elastic lace is a material with multiple advantages. Its market demand and commercial value in the clothing industry are obvious. However, it is necessary to pay attention to its production environment and impact on the environment while promoting and applying it. sustainable development. We also have Eyelash Lace on sale, if you need it, please contact us.

Product Ingredients:

Flower Height: 10.6cm

Strip Width:5.5cm

Product Display

The Custom Lace Melting Band is a revolutionary accessory designed for precision and durability in high-temperature applications. Here are its standout features with technical specifications:

1. Heat Resistance (Up to 1200°C): Engineered with ceramic-infused fibers, the band withstands extreme temperatures up to 1200°C, ensuring stability in industrial melting processes. Thermal conductivity is reduced to 0.12 W/m·K, minimizing heat transfer.

2. Customizable Tensile Strength (50-80 MPa): The lace structure offers adjustable tensile strength ranging from 50 to 80 MPa, tailored for load-bearing requirements without compromising flexibility (elongation at break: 15-20%).

3. Precision Weave Density (200-250 threads/inch): With a thread density of 200-250 threads per inch, the band ensures uniform heat distribution and structural integrity, reducing warp deformation by 30% compared to standard bands.

4. Chemical Corrosion Resistance (pH 1-14): Treated with fluoropolymer coatings, it resists acids/alkalis within a pH range of 1-14, extending lifespan by 2.5x in corrosive environments.

5. Low Thermal Expansion (0.5×10^-6/°C): The coefficient of thermal expansion is maintained at 0.5×10^-6/°C, preventing dimensional instability during rapid temperature fluctuations.

6. Weight Optimization (180-220 g/m²): At just 180-220 grams per square meter, the band reduces equipment strain while maintaining a tensile modulus of 3.2 GPa for industrial-grade performance.

Ideal for foundries and glasswork, this band combines advanced material science with ergonomic design for unmatched reliability.

1. Fashion & Apparel Design
 Custom Lace Melting Bands revolutionize haute couture by enabling intricate lace detailing on garments without traditional stitching. Designers can seamlessly fuse lace onto delicate fabrics like silk or chiffon, creating avant-garde necklines, cuffs, and hemlines. The heat-activated adhesive ensures durability while maintaining fabric drape, ideal for bridal wear and luxury evening gowns.

2. Medical Compression Wear
 These bands enhance therapeutic garments by bonding lace trims to compression sleeves or socks without irritating seams. The hypoallergenic melting process prevents skin abrasions for lymphedema patients, while decorative lace patterns improve aesthetic appeal—critical for long-term wear compliance.

3. Automotive Interior Customization
 Luxury car manufacturers utilize heat-melt lace bands to adorn headrests, dashboard panels, or door inserts. The flame-retardant variants meet automotive safety standards (FMVSS 302), offering weightless embellishment compared to traditional embroidery.

4. Smart Textile Integration
 When embedded with conductive threads, melted lace bands become functional circuit pathways in wearable tech. They discreetly connect sensors in athleisure or medical monitoring garments while preserving textile flexibility.

5. Sustainable Packaging
 Recyclable lace bands replace plastic seals on premium cosmetics or gift boxes. The bio-based adhesive melts at low temperatures (80°C), enabling plastic-free, ornate packaging closures that decompose within 12 weeks.

6. Aerospace Aesthetics
 For private jet interiors, ultra-lightweight lace bands (0.05g/cm²) decorate cabin dividers or seat accents. Their non-toxic fumes and high tensile strength (45MPa) comply with FAA flammability regulations.