PurBam represents the cutting edge of sustainable bio-material applications, harnessing the extraordinary potential of bamboo fibers. Our bio-material fibers are extracted from rapidly renewable bamboo forests managed with sustainable practices, showcasing the wonders of nature and human innovation.
Application Scenarios
food-safe packaging & construction materials
Strict processes
Meticulous craftsmanship
Vacuum forming
Scientific pulping,
Hot pressing & Sterilization
altPlus fiber PurBam™ Main Highlights
altPlus engineered bamboo material solutions for industry and product optimization
We utilize pure bamboo biotechnology in our pulp products, free from adhesives or chemicals.By enhancing performance and sustainability, we elevate the quality of our pulp products.
Our products can be recycled in the same way as paper and pulp products, promoting waste reduction and a circular economy.
Compared to traditional tree cultivation, our materials require less resource-intensive agriculture, contributing to sustainable agricultural practices.
Rapidly Renewable: Our materials are quickly renewable, ensuring sustainability while providing high-quality mechanical performance.
altPlus solution to reduce the carbon footprint of the built environment, packaging, construction materials and other applications traditionally in wood, while increasing durability and life time.
Changing the Future with Sustainable Bamboo Biomaterials
PurBam represents the cutting edge of sustainable biomaterial applications, harnessing the extraordinary potential of bamboo fiber. Our biomaterial fibers are extracted from rapidly renewable bamboo forests managed with sustainable practices, showcasing the wonders of nature and human ingenuity.
PurBam covers a wide range of products, from food-safe packaging to construction materials, catering to various industries and sectors. Each PurBam product is meticulously crafted through rigorous processes, including scientific pulping, vacuum molding, hot pressing, and sterilization. The resulting products are not only environmentally friendly but also possess exceptional physical performance.
altPlus fiber PurBam™ Main Applications
altPlus engineered bamboo material solutions for industry and product optimization
We utilize pure bamboo biotechnology in our pulp products, free from adhesives or chemicals.By enhancing performance and sustainability, we elevate the quality of our pulp products.
Our products can be recycled in the same way as paper and pulp products, promoting waste reduction and a circular economy.
Compared to traditional tree cultivation, our materials require less resource-intensive agriculture, contributing to sustainable agricultural practices.
Rapidly Renewable: Our materials are quickly renewable, ensuring sustainability while providing high-quality mechanical performance.
Compared to traditional tree cultivation, our materials require less resource-intensive agriculture, contributing to sustainable agricultural practices.
Rapidly Renewable: Our materials are quickly renewable, ensuring sustainability while providing high-quality mechanical performance.
altPlus Engineered Bamboo
LVB™ Beam
All PurBam products are heat-resistant, suitable for a variety of uses from microwave baking to refrigerator freezing. They comply with strict health and safety standards set by national and international organizations, including GB18006.1-1999, the U.S. Food and Drug Administration, and European SGS standards.
Why LVB™ Beam
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High strength characteristics
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Rapidly renewable - carbon neutral & negative building is possible
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Optimised post & beam structures
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Exceptional uniform surface quality
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Suitable in exposed areas
Join us and embrace the future with PurBam, where sustainability and innovation converge.
In an era of continuously rising oil prices and correspondingly increasing costs of plastic raw materials, PurBam stands out as a cost-effective alternative. Our low-carbon and eco-friendly products enhance market competitiveness, making them the ideal choice for those seeking to replace traditional plastics and foam materials.