Features
- The PP flame retardant achieves a high flame retardant level with a relatively low addition rate, allowing PP flooring to meet standards such as UL94 V-0
- Halogen-free composition prevents the release of harmful gases during combustion, making it safer for the environment and human health
- Offers excellent compatibility with PP, ensuring that the flooring’s physical and processing properties are maintained. The masterbatch disperses evenly, guaranteeing consistent flame retardant performance
- The flame retardant effect remains stable over time, even under varying environmental conditions such as changes in temperature and humidity
- Simplifies the flame retardant process by reducing complex steps, lowering operational difficulty, and cutting production costs.
- Maintains the aesthetic quality of PP flooring, preventing issues like uneven color or rough surfaces
Advantages Over PVC Masterbatch
- The lower density of the PP flame retardant masterbatch (0.90-0.95) compared to PVC (1.3-1.5) makes PP-based flooring significantly lighter. This reduces transportation and installation challenges, making it more efficient for large-scale projects. In fact, using PP masterbatch can reduce flooring weight by 20% to 30%, a considerable advantage over PVC alternatives
- Withstanding long-term temperatures between 100-120°C, PP flooring is far more heat-resistant than PVC, which can deform at lower temperatures (60-70°C). This makes PP ideal for environments exposed to heat, such as areas near heating systems or during hot summers
- Even after adding the flame retardant masterbatch, PP maintains high tensile and flexural strength, offering enhanced durability. This mechanical robustness ensures that PP flooring can withstand the daily wear and tear that would typically degrade PVC flooring
- Unlike PVC, which may release harmful chemicals during production or disposal, PP is a recyclable, eco-friendly material. The halogen-free flame retardant masterbatch used in PP aligns with environmental standards, making it a more sustainable option for modern, eco-conscious manufacturing practices
Specifications
| Model | JH-306 |
| Addition Rate | 100% |
| Operating temperature suggested | Internal mixer: 140-160℃ Parallel twin-screw extruder: 185-230℃ |
| Typical Value of PP Floor Substrate Layer (Core Board) |
| Radiation heat flux: ＞9 |
| Typical Value of Entire PP Flooring |
| Flame retardant rating: Class1 |
| Radiation heat flux: ＞5.5 (based on conditions: substrate layer (core board) *3/0.9mm, protective layer 0.3mm, decorative layer 0.12mm, balancing layer 0.3mm) |
| Performance | Test Standard | Test Conditions | Typical Value |
| Melting flow index | GB/T3682.1-2018 | 230℃, 2.16kg | 2.0-4.5g/10min |
| Density | GB/T1033.1-2008 | 20±5℃ | ≤1.80g/cm 3 |
| Ash Content | GB/T9345.1-2008 | 600℃ | ＜62% |
| Moisture & Volatile Matter | GB/T6284-2006 | 105℃, volatile | ≤0.3% |
| Oxygen index | GB/T2406.2-2009 | - | ＞40% |
Packaging
- 25kg bags with PE waterproof lining
- Jumbo bags
