Marine Leisure
Flotation Buoys
Floating buoys can be used for various purposes such as dividing ocean currents and supporting different structures. Equipped with lightweight, durable, and environmentally friendly solar panels, they are ideal for assembling wharfs, bridges, walkways, floating houses, floating toilets, and more (for both freshwater and seawater). It is suitable for hotels, resorts and restaurants.
Key Features:
- Superior
- Slim
- Strong
- Recyclable
Outstanding highlights:
- Resistance to UV light level 8-20 and heat from sunlight
- Superior strength, durability, lightweight
- Flexible design with a focus on aesthetics and functionality.
Type Of Rotational Molding Resin
Polymer Type
LLDPE
InnoPlus
It is hexene comonomer based LLDPE which is suitable for compounding of rotational molding. This grade contains UV8 level and provides high stiffness, good processability and excellent Environmental Stress Cracking Resistance (ESCR).
It is hexene comonomer based LLDPE powder designed for rotational molding applications. This grade contains UV8 level and provides high stiffness, good processability and Environmental Stress Cracking Resistance (ESCR).
It is hexene comonomer based LLDPE which is suitable for compounding of rotational molding. This grade contains UV8 level and provides an excellent impact strength, good stiffness and Environmental Stress Cracking Resistance (ESCR).
It is hexene comonomer based LLDPE powder designed for rotational molding applications. This grade contains UV8 level and provides an excellent impact strength, good stiffness and environmental stress cracking resistance.
It is hexene comonomer based LLDPE which is suitable for compounding of rotational molding. This grade contains UV8 level and provides good stiffness, an excellent impact strength and environmental stress cracking resistance.
It is hexene comonomer based LLDPE powder designed for rotational molding applications. This grade contains UV8 level and provides good stiffness, an excellent impact strength and environmental stress cracking resistance.