Bio PE Wax
Bio PE Wax is a bio-based polyethylene wax produced from renewable raw materials, offering a sustainable alternative to conventional petroleum-based waxes. Often referred to as a green wax, Bio PE Wax combines environmental responsibility with reliable technical performance across industrial applications.
The wax is typically supplied in solid pellets or flakes and is engineered to deliver consistent melting behavior, lubrication, surface performance, and processing efficiency.
What is Bio PE Wax?
Bio PE Wax is manufactured by refining bio-based polyethylene (Bio-PE) into a controlled wax product with defined molecular weight, viscosity, and melting profile.
Its renewable origin helps reduce reliance on fossil resources while maintaining the functional performance expected from polyethylene waxes.
About our supplier
Braskem is a global leader in bio-based polymers and thermoplastic resins, headquartered in Brazil and recognized for innovation in sustainable materials.
At De Monchy International, we proudly represent Braskem’s Bio-PE Wax portfolio, offering access to high-quality renewable wax solutions backed by technical expertise and reliable supply.
Applications of Bio PE Wax
Bio-PE Wax is used in a wide range of industrial and specialty chemical applications.
Bio-PE Wax for Coatings & Paints
Improves surface smoothness, abrasion resistance, matting control, and scratch resistance, while enhancing application performance and finish quality.
Bio-PE Wax for Inks & Toner
Provides rub resistance, slip properties, improved flow, and controlled gloss, supporting consistent print quality and durability.
Bio-PE Wax for Adhesives & Sealants
Functions as a processing aid and rheology modifier, improving viscosity control, open time, and formulation stability.
Bio-PE Wax for Lubricants & Greases
Enhances lubrication performance, wear resistance, and surface protection, supporting mechanical efficiency.
Bio-PE Wax for Rubber & Tire Applications
Acts as a processing aid and surface modifier, improving dispersion, mold release, and finish quality.
Bio-PE Wax for Packaging & Wax Blends
Used to improve slip, gloss, moisture resistance, and sustainability performance in wax-based and polymer-based packaging systems.
Technical properties of Bio PE Wax
Key technical characteristics include:
- Bio-based and renewable raw material origin
- Controlled melting and solidification profile
- Good thermal stability and processing consistency
- Low viscosity for smooth flow and dispersion
- Excellent slip, lubrication, and release properties
- Consistent batch-to-batch quality
These properties make Bio PE Wax suitable for high-performance and sustainability-focused formulations.
Key functional benefits
Bio PE Wax delivers both technical and environmental advantages, including:
- Sustainable alternative to fossil-based waxes
- Improved surface finish and slip performance
- Processing aid and flow modifier
- Enhanced scratch, rub, and abrasion resistance
- Stable viscosity and predictable processing behavior
- Support for sustainability and circular economy goals
Highlighted Product Grades
| Grade | Melting point | Solidification point | Viscosity |
|---|---|---|---|
| GWAX50E | 140°C | 90°C | 100-200 cP at 140°C |
| GWAX150A | 142°C | 92°C | 150-300 cP at 140°C |
| GWAX30A | 135°C | 85°C | 30-50 cP at 140°C |
Why choose De Monchy’s Bio PE Wax solutions?
By sourcing Bio PE Wax through De Monchy International, customers benefit from:
- Access to Braskem’s sustainable Bio-PE Wax portfolio
- Reliable and consistent product quality
- Technical support and formulation guidance
- Secure and dependable supply chains
- Expertise in natural and bio-based wax solutions
We help customers balance performance, sustainability, and cost efficiency.
Bio PE Wax as a Sustainable Alternative
Bio PE Wax serves as a renewable alternative to petroleum-based polyethylene waxes and traditional fossil waxes, offering reduced environmental impact while maintaining functional performance.
It is an ideal choice for companies seeking to lower carbon footprint, meet sustainability targets, and transition toward bio-based raw materials.
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