0102030405
China PP Mint Cooling Masterbatch Suppliers - Factory for Nonwoven Fabric Comfort and Freshness
Product Specification
| Product name | Mint cooling masterbatch | Item No. | SPC6500 |
| Product size | 2.5 × 3.0 (mm) | Add Dosage | 2–3% |
| Heat resistance | 280 (℃) | Carrier Resin | PP |
| Performance | Improves wearing comfort and perceived freshness | ||
Key Feature
SPC6500 integrates functional cooling components into a PP-compatible system to ensure uniform dispersion and stable processing.
- ❄️Gentle cooling sensation with natural mint fragrance
- 🌿Skin-friendly and mild, suitable for hygiene applications
- 🔗Excellent compatibility with PP nonwoven systems
- ⚙️No filament breakage during high-speed spinning
- ⏱️Long-lasting cooling perception during storage and use
- ✅Maintains fabric strength, softness, and appearance
💡
Unlike conventional surface spraying solutions, the advanced cooling effect is permanently built into the fiber matrix itself, consistently delivering significantly more stable and uniform cooling performance throughout its lifespan.
Performance Highlights
😌
Enhances wearing comfort and breathable freshness
🌬️
Reduces unpleasant odor perception
🏭
Stable extrusion and uniform web formation
🧵
Compatible with spunbond and SMS nonwoven structures
💪
No significant impact on tensile strength or softness
Typical Applications
- 👶Baby diapers & adult incontinence products
- 😷Face masks and medical masks
- 🏥Hygiene and medical nonwoven fabrics
- 🥼Disposable protective garments
- 🧴Personal care nonwoven materials
Processing Recommendation
- 🔬Polymer system: High-performance Polypropylene (PP)
- ⚗️Recommended dosage: 2–3% (flexibly adjustable based on specific cooling intensity requirements)
- 🏗️Widely suitable for mainstream spunbond, melt-blown, and SMS nonwoven production lines.
Notes for Usage
- ⚠️Cooling intensity can be easily adjusted by varying the dosage level.
- 📐Final sensory performance largely depends on fabric GSM and structural design.
- 🛡️For direct skin-contact products, appropriate compliance testing should be carefully conducted on finished goods prior to market release.
Frequently Asked Questions
❓What is SPC6500 mint cooling masterbatch used for?
SPC6500 is a PP-based mint cooling masterbatch designed for nonwoven fabric production. It delivers a gentle, long-lasting cooling sensation and natural mint fragrance in hygiene and medical applications such as diapers, face masks, and protective garments.
❓What is the recommended dosage for SPC6500?
The recommended dosage is 2–3% of the total polymer blend. The exact amount can be flexibly adjusted depending on the desired cooling intensity and the specific nonwoven fabric structure (e.g., GSM and fiber type).
❓Is SPC6500 compatible with existing nonwoven production lines?
Yes. SPC6500 is fully compatible with mainstream spunbond, melt-blown, and SMS nonwoven production lines using PP as the carrier resin. It ensures stable extrusion and uniform web formation without causing filament breakage during high-speed spinning.
❓How is the cooling effect of SPC6500 different from surface spray treatments?
Unlike surface spraying, the cooling components in SPC6500 are permanently integrated into the fiber matrix during melt processing. This ensures a more stable, uniform, and durable cooling performance that lasts throughout the entire product lifespan, rather than diminishing after washing or use.
❓Will SPC6500 affect the mechanical properties or softness of the fabric?
No. SPC6500 is formulated to have no significant impact on the tensile strength, softness, or overall appearance of the finished nonwoven fabric. It maintains the physical integrity and hand feel expected in hygiene and medical-grade materials.
❓Is SPC6500 safe for direct skin-contact applications?
SPC6500 is skin-friendly and mild, making it suitable for hygiene applications. However, for products intended for direct skin contact — such as baby diapers or medical masks — it is strongly recommended to conduct appropriate compliance and safety testing on finished goods before commercial release.