Rabbit plush series | True bionic × Zero hair loss technology × Intelligent manufacturing benchmark

Intelligent manufacturing core： Full process automation process

Smart devices realize millimeter-level quality control

Process Advanced equipment Technical breakthrough
Bionic fiber spinning Japan TORAY two-component island fiber spinning machine Fiber fineness 0.5D
Nano-scale brushed German DILO high frequency needle puncture unit Fluff density >800,000 pieces/㎡ (flossiness increases by 50%)
Zero hair removal Swiss BENNINGER bioenzyme targeted hydrolysis line Gross loss rate <0.8% (national standard premium products ≤1.5%)
Antistatic fixation Italian MONFORTS foam finishing machine Electrostatic half-life <0.5s (GB/T 12703） Class A)

Four core technologies

1.True sense bionic tactile system

Three-dimensional tactile optimization chain

  • Curled hollow fiber: retained air layer (heat preservation rate ↑35%)
  • Protein soft finish: Silk amino acid wrapping (friction coefficient ≤0.12)
  • Nano-scale barb treatment: Eliminates the itchy feeling at the end of the fiber

Tested data:

Softness: 1.5cN (beyond natural rabbit hair 2.2cN)

Fluffiness: 12.5cm³/g (national standard premium products ≥8.0)

2. Zero black technology

Fiber anchoring process:

High-pressure hydrospinol + biological enzyme hydrolysis (strength of hair root breaking strength > 8cN)

Anti-pilling finishing:

Silicone nanocrosslinked coating (pilling grade ≥4.5)

Authoritative verification:

  • Martindale wear resistance >20,000 times (ISO 12947)
  • Wash 50 times and fluff retention rate >98%

 3. Intelligent antistatic system

Technology layering Implementation method Performance metrics
The body conducts electrical Compound conductive carbon black masterbatch (addition amount 0.3%) Volume resistivity ≤10⁷Ω·cm
Dynamic neutralization Ionic liquid self-circulation system Friction voltage <300V (AATCC 134)
Environmental adaptation Hydrophilic polyetherester finish Electrostatic half-life at 20% humidity <1s

4. Ecological intelligent manufacturing technology

Raw materials: Degradable polyester (biological basis content ≥30%)

Dyeing: Low temperature ultrasonic dyeing (energy saving 50%, dye absorption rate 98%)

Certification: OEKO-TEX® CLASS I/FSC Forest Certification

Typical application scenarios

1. Bionic sleeping bag for babies and children

Safety features:

✅ Non-fluorescent whitening agent

✅ pH 5.5 weak acidity

✅ Antibacterial rate >99.4% (GB/T 20944.3)

Touch Certification:

Passed SGS Skin Irritation Level 0 Test (ISO 10993)

2. High-end imitation fur coat

Visual breakthrough:

  • Laser etching hair flow direction technology (bionic degree 95%)
  • Multi-color segment dyeing process (save 40% dye)

Functional Advantages:

Weight is only 1/3 of natural rabbit hair, and the warmth is increased by 25%

3. Antistatic home carpet

Industrial grade performance:

🔹 Surface resistance 10⁶Ω (ESD S20.20 standard)

🔹 Resistant to trampling>50,000 times (EN 1471)

Applicable scenarios:

Electronic dust-free workshop/medical operating room

4. Customer value commitment

✓ Touch protection

Provide bionic test report (benchmarking natural rabbit hair ≥90%)

✓ Capillary control

Contract commitment: Wash 20 times and the gross loss rate is less than 1%

✓ Speedy delivery

Fully automatic production line support: 48h proofing | 10-day delivery (10,000-meter level)

✓ Green traceability

Independent carbon footprint label for each roll (LCA certified)

A choice for global brand trust

◼ MUJI: Core supplier of baby and child bionic sleeping bags

◼ Bosideng: Lightweight and warm down jacket designated fabric

◼ 3M China: Strategic Partner for Anti-static Industrial Carpet