Fully biodegradable bamboo-fiber film materials for agriculture, retail, logistics and waste collection.
Mulch film
Heat shrink film
Stretch film
Garbage bags
Vest & shopping bags
Courier bags
Bubble film & bags- Self-sealing bags
Woven bags
Bamboo-fiber fully biodegradable materials
Bamboo, reimagined as material.
From bamboo fiber to fully biodegradable products — building practical alternatives to conventional plastics.
以竹代塑Bamboo replace plastic
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01 — The idea
One bamboo. Less plastic. A new material future.
ReBamboo Sdn. Bhd. is a bamboo-fiber, fully biodegradable materials company. We work with bamboo — a rapidly renewable biomass resource — to offer practical alternatives to conventional plastics across films, bags, tableware, packaging and engineering materials.
Nature provides the resource. Technology transforms it into material. Design turns that material into products people can use.
- Company
- ReBamboo Sdn. Bhd.
- Registration
- 202601021491 (1683588-X)
- Base
- Kawasan Perindustrian Mengelembu, Perak, Malaysia
- Focus
- Bamboo-fiber films, bags, tableware, packaging and engineering materials
The material journey
Bamboo → fiber → material → product. One continuous transformation.
- 01 / 04
Bamboo
A rapidly renewable biomass resource. Bamboo generally matures in two to three years and regenerates without replanting forests.
- 02 / 04
Fiber
Culms are processed into ultra-fine bamboo fiber powder using micron-level preparation technology.
- 03 / 04
Material
Fiber is compounded into bio-based composite pellets — a masterbatch that runs on general-purpose film-blowing and injection-moulding equipment.
- 04 / 04
Product
Pellets become films, bags, food containers, tableware, packaging and engineering parts — made for use, then designed to return to nature.
Fig. 01 — Bamboo culmRenewable biomass
02 — Why bamboo
A renewable plant with the properties of a material.
Bamboo fiber is a renewable biomass resource. Compared with other fully degradable resin composites such as PBAT and PLA, the brochure positions bamboo-fiber materials around three advantages: renewable, low cost and high performance.
2–3years
Typical time for bamboo to mature — a short growth cycle with strong regenerative ability.
3–6months
Example soil-degradation window the brochure gives for a tuned formulation; faster under composting conditions.
24months
Stated shelf life for bamboo-based films and bags, noted as suitable for export use.
- 01
Fully biodegradable
In natural environments such as soil, seawater and compost, the material is described as being decomposed by microorganisms into carbon dioxide, water and biomass — without manual recycling or treatment.
- 02
Renewable resource
Bamboo is a fast-growing plant with a short growth cycle and strong regenerative ability. The company states that production emits less carbon than petroleum-based plastics.
- 03
Physical performance
After special processing, bamboo-fiber material offers the tensile strength and tear resistance needed for everyday shopping and packaging use.
- 04
Antibacterial characteristics
Bamboo contains natural “bamboo-quinone” components, which the brochure describes as inhibiting bacteria such as E. coli and Staphylococcus aureus.
- 05
Controllable degradation
The degradation rate can be adjusted through the production process to suit each application, balancing service life with environmental goals.
- 06
No harmful chemicals added
According to the brochure, production does not add substances commonly found in traditional plastics, such as phthalate plasticisers and heavy metals.
03 — Material science
Engineering nature into material science.
An R&D team led by a chief expert has achieved four technology breakthroughs in bamboo-fiber materials — each described by the company as a world first — covering the full chain from initial bamboo processing to final products.
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01
Ultra-nano bamboo fiber micropowder
Preparation technology for ultra-fine bamboo fiber micropowder — the starting point of every material in the range.
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02
Dynamic melting & forming
A dynamic melting and forming process developed specifically for bamboo fiber.
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03
Intelligent laser dynamic grading
An intelligent grading system for bamboo fiber, built on dynamic laser grading.
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04
Fully biological modification
A fully biological modification technology for bamboo fiber, used to develop specialised bio-based composite particles.
The brochure describes industry–academia–research integration projects with institutions such as:
- International Bamboo and Rattan Center
- Fujian Institute of Material Structure, Chinese Academy of Sciences
- Xiamen University
- Huaqiao University
04 — Manufacturing
One intelligent system, from bamboo to end product.
The production system integrates materials, nanopowders, modified particles and end products into one connected line.
01Bamboo material
Renewable bamboo is the raw input.
02Nanopowder
Micron-level ultrafine powder preparation.
03Modified particles
Bio-based composite pellets, ready to process.
04End products
Films, bags, tableware and packaging.
Raw material processing
Micron-level ultrafine powder preparation technology.
Modified granulation
Specialised bio-based composite modified particles.
Intelligent molding
Fully automatic laser grading and dynamic melting system.
Quality management
A digital quality traceability system for all processes.
05 — Product ecosystem
One material platform. Five product families.
Every product starts as the same bamboo-fiber pellet, then takes the form its application needs.
Disposable tableware for delivery, canteens and events — lunch boxes, plates, cups, bowls and cutlery.
Lunch boxes
Plates
Cups & bowls
Hamburger boxes
Knives, forks, spoons
Tableware sets
Disposable hotel supplies that replace traditional plastic handles and guest-room items.
Toothbrush & razor handles- Banquet & buffet cutlery
- Guest-room disposables
Boxes and protective packaging for e-commerce, fresh food delivery and logistics.
- Corrugated boxes
Bubble mailers- E-commerce packaging
Roll bags
Engineering materials for lightweight parts, and dust-control nets for mining, road and construction sites.
- Engineering materials
Dust net
It starts as a pellet: five material grades.
Bamboo fiber compounded with PBAT and PLA (BF + PBAT + PLA). The brochure describes these grades as processable on general-purpose pelletizers, film-blowing, bag-making, casting and injection-moulding machines.
Biodegradable masterbatch
Blown film, blow moulding, injection and extrusion.
Blown-film material — bag grade
Garbage, vest, shopping and express bags.
Blown-film material — film grade
Mulch, stretch and heat shrink film.
Food-grade blown-film material
Cling film, cling bags, disposable gloves.
Injection moulding material
Tableware, toothbrushes, knives, forks, spoons.
Featured — food containers
A better container starts with a better material.
Same shape, same job — a different material. Drag to compare a conventional PE food container with ReBamboo’s biodegradable bamboo-fiber container.
ConventionalPE food container
ReBambooBamboo-fiber container
Drag · or use ← → keys
ConventionalPE food container
- Made from petroleum-based plastic
- Often carries a plastic smell
- Heat-related concerns when filled with hot food
- Associated with microplastic concerns
- Non-biodegradable — persists for hundreds of years
ReBambooBamboo-fiber container
- Natural bamboo + biodegradable materials
- Described as non-toxic and odourless
- A natural, mild bamboo scent
- One to six compartments, 500–1350 ml, custom logo available
- Biodegradable — designed to break down in months
Comparison points summarise ReBamboo’s own product information. They are material characteristics stated by the company, not third-party certifications. Degradation time depends on formulation and environmental conditions.
See lunch box sizes06 — Applications
Where bamboo goes to work.
From a lunch box on a delivery route to mulch film on a field — the same material platform, applied across industries.
Food delivery & restaurants
Lunch boxes, bowls, plates and cups for takeaway, fast-food chains and catering.
Hotels & hospitality
Guest-room disposables, buffet and banquet tableware for hotels, homestays and resorts.
Schools & hospitals
Cafeteria tableware and waste bags for institutions with high environmental standards.
Supermarkets & retail
Shopping and vest bags, roll bags and self-sealing bags for stores and markets.
Fresh food & cold chain
Packaging for fresh produce, organic food and cold-chain distribution.
E-commerce logistics
Express parcels, protective wrapping and warehouse turnover packaging.
Agriculture
Mulch film for field, cash and greenhouse crops; woven bags for fertiliser and seed.
Community & municipal
Waste sorting and sanitation for homes, offices, parks and public spaces.
Events & exhibitions
Single-use tableware for conferences, exhibitions and gatherings.
Aviation & high-speed rail
In-flight and on-board catering and travel packs.
Mining, roads & construction
Dust-control nets for mining operations, road building and construction projects.
Engineering & lightweighting
Structural parts, panels and housings for drones, service robots and new-energy vehicles.
07 — Degradation process
From material to nature.
- 01 / 05
Induction period
Surface holes begin to form — from the nanometre scale up to 20 mm — while thickness falls by less than 5%, with no change visible to the naked eye. UV in sunlight starts to break the fiber’s molecular chains.
- 02 / 05
Cracking period
More than 20 holes or cracks of 20–200 mm appear per linear metre of mulch film. UV light and microorganisms work together to form network cracks, and the film becomes permeable to water and air.
- 03 / 05
The great split
Cracks extend beyond 200 mm and about 80% of mechanical properties are lost. Cellulose-decomposing microorganisms multiply and secrete enzymes that break down the bamboo fiber.
- 04 / 05
Fragmentation
Remaining fragments are no larger than 10 × 10 cm. Soil moisture seeps into the fiber network and soil-animal activity accelerates physical breakdown.
- 05 / 05
No-membrane stage
Minimal visible residual film remains — detected at under 5 g/m². Fiber fragments are ultimately broken down into water, carbon dioxide and humus.
Back to nature
- H₂O · Water
- CO₂ · Carbon dioxide
- Humus
Stages and figures are those described in the ReBamboo brochure for bamboo-fiber mulch film. Actual rates depend on formulation and environmental conditions.
08 — Sustainability
Designed for a lower-plastic future.
Traditional plastics are difficult to degrade and persist in soil, water and ecosystems. ReBamboo’s materials follow a different lifecycle — one that begins with a renewable plant and is designed to return to nature.
Renewable bamboo biomassA fast-growing resource with strong regenerative ability, used without destroying forest resources.
Replacing conventional plasticsFilm, bag, tableware and packaging formats that stand in for PE and other petroleum-based plastics.
Less long-term persistenceDescribed as decomposing into CO₂, water and biomass in natural environments, reducing the long-term burden of “white pollution”.
Green, low-carbon scenariosSuited to plastic-reduction policies, green packaging and low-carbon consumption programmes.
01 / 05
Grow
Bamboo regenerates quickly — generally mature in 2–3 years.
09 — Contact
Ready to replace more plastic with bamboo?
- Company
- ReBamboo Sdn. Bhd.202601021491 (1683588-X)
- Contact
- Kelvin Chin
- Address
- No.120, Hala Perusahaan Mengelembu 11,
Kawasan Perindustrian Mengelembu,
31450 Perak, Malaysia