Hot Melt Adhesive Film For Lumbar Support

Yantai Leo Economics & Trade Co., Ltd. is one of the leading manufacturers and suppliers of hot melt adhesive film for lumbar support in China. With abundant experience, we warmly welcome you to wholesale customized hot melt adhesive film for lumbar support at low price from our factory. If you have any enquiry about free sample, please feel free to email us.

Advantages of TPU Film

✅ Seamless & Skin-friendly: Stitch-free lamination leaves no rough threads or edges, providing a ultra-smooth surface that avoids skin irritation. Perfect for heating waist supports and massage waist belts.

✅ High Elastic & Durable Bond: Premium elastic TPU material stretches and recovers with body movements. It withstands frequent bending and twisting without peeling or delaminating.

✅ Eco-friendly & Safe for Skin Contact: Solvent-free and zero-VOC formula with no peculiar glue odor, fully suitable for medical-grade braces and daily close-fitting wearable supports.

✅ High Production Efficiency: Fast heat-press molding takes only several seconds, greatly improving output and fitting for automated mass production of waist support products.

✅ Excellent Sweat & Wash Resistance: Stable adhesive performance after repeated washing and sweat erosion, ensuring long-term service life for daily wearable waist gears.

1.Our company has obtained ISO 13485 certification, complying with the manufacturing requirements for medical‑grade TPU film.

2.Excellent Conform ability.

High-elastic TPU, medium-temperature TPU, low-temperature TPU; available with or without release liner, and mesh film types.

Features: Excellent elasticity, elongation at break of 300%~800%, washable, sweat-resistant and soft. It deforms together with fabrics during stretching and will not break under rigid tension. Hydrolysis-resistant, ideal for close-fitting lumbar supports.

Melting point: Low-temperature TPU approx. 80–110℃; medium-temperature TPU 110–140℃.

Application scenarios:

✅ Lamination of main lumbar support fabrics such as Lycra / elastic cloth and nylon

✅ Heat pressing for hook & loop backing (low-temperature TPU, will not damage hook & loop)

✅ Bonding of foam and elastic support sheets to fabrics

For large-area lamination of elastic fabrics for lumbar braces, high-elastic TPU adhesive film is required. Ordinary non-elastic adhesive films will delaminate when stretched during bending.

Based on the melting point of adhesive film: Low-temperature TPU: 90–110℃; Medium-temperature TPU: 120–140℃. Pressure: 0.2–0.4 MPa Time: 5–20 seconds. Shorter time for thin films; appropriately extend the time for thick films or multi-layer lamination.

Process: Cut adhesive film → Sandwich between two substrates → Heat press to melt → Cool and set → Test peel strength.

Key notes: Maximum bonding strength is achieved only after full cooling. Do not pull for testing immediately after heat pressing. Excess temperature causes adhesive overflow and fabric scorching; insufficient temperature results in poor bonding

Product Thickness Specifications (for Lumbar Support Application) Standard thickness options widely adopted in lumbar brace manufacturing: 0.03mm to 0.12mm.

✅ 0.03~0.05mm: Thin seamless type Designed for lamination of stretch fabrics. Features ultra-soft hand feel without bulky texture after compounding, ideal for lightweight close-fitting waist supports.

✅ 0.06~0.08mm: Universal multi-purpose type Commonly applied to hook & loop back adhesive lamination and foam attachment. Achieves a good balance between reliable peel strength and comfortable softness, the most popular option for mass production.

✅ ≥0.10mm: Thick adhesive film For bonding rigid support strips and large force-bearing sections. Provides higher bonding load. Notice: the finished composite will have a comparatively firm hand feel.

Our company has obtained IOS13485 certification qualification, which meets the procurement requirements of medical-grade TPU film. Welcome to order samples for testing.

Outdoor jackets, home textiles, bed sheets, medical supplies and apparel. Suitable for lamination with fabrics, textiles, garments and medical lumbar support products.