Palm Skewers vs. Coconut Coir vs. Synthetic Filament: A Guide to Manufacturing Raw Material Evaluation 2026
In the cleaning tools, commercial crafts, and landscape products manufacturing industries, the selection of fiber sourcing has a direct impact on production costs, product durability, and compliance with sustainability standards (ESG compliance).

Procurement teams are now faced with a choice between retaining synthetic polymers (such as PP/PET) or switching to natural biofibers such as palm skewers (ekel broom), coconut fiber (coir fiber), and bamboo.
This article presents a technical and economic comparative analysis to help you determine the most efficient raw materials for your production line.
Which Are the Best Raw Materials for the Hygiene & Commercial Industry?
Direct Answer
Palm skewers (ekel broom) offer the best comparative advantage for heavy-duty cleaning tool manufacturing thanks to a combination of rigid structural strength, natural water resistance, and wholesale supply cost efficiency over coconut coir (too flexible) or synthetic filament (risking carbon tax penalties and non-ESG rules).
Technical & Commercial Comparison Matrix of Raw Materials
The evaluation table below compares four main raw materials based on key variables of B2B procurement:
| Evaluation Parameters | Lidi Sawit (Ekel Broom) | Coir | Bamboo Blade | Filamen Sintetis (PP/PET) |
| Stiffness & Elasticity | High (Very Rigid & Bending-Resistant) | Medium (Flexible/Weak) | Very High (Rigid) | Customizable |
| Moisture/Water Resistance | High (Resistant to Rot & Mold if MC $<15\%$) | Very High | Medium (Susceptible to Weathering) | Very High |
| Carbon Footprint & ESG | Very Low (Plantation By-Product) | Very Low | Low | Very High (Petrochemical) |
| Supply Stability | Very High (Abundant Oil Palm Oil) | Height | Seasonal / Fluctuating | Stable (Petroleum-dependent) |
| Wholesale Cost Efficiency | Very Economical (Direct-Factory Price) | Medium | Medium–High | Vulnerable to Oil Price Fluctuations |
“Among commercial natural fibres, palm skewers provide the most optimal strength-to-cost ratio for outdoor cleaning equipment, while reducing the carbon footprint of manufacturing.”
In-Depth Comparative Analysis
1. Palm Skewers vs. Synthetic Filaments (PP/PET Plastic)
Although plastics offer shape flexibility, global regulations such as the EU Single-Use Plastics Directive and ESG certification increase the cost of compliance with their use. Palm skewers provide similar mechanical strength to heavy-duty brooms without the risk of environmental penalties.
2. Palm Skewers vs. Coir)
Coconut coir is excellent for water infiltration and doormats, but it lacks the axial rigidity needed to sweep away heavy debris. Palm skewers fill this gap by providing an upright, rigid, and elastic fiber.
Evaluate Eligibility Before Buying
Before deciding to switch raw materials, make sure your prospective suppliers are able to meet the following quality assurances:
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Integrity of Transit: Sun drying to moisture content $<15\%$ to prevent spoilage during 30+ days of sea cargo shipping.
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Machine Uniformity: Measured length gradation (90 cm – 110 cm) to be compatible with automatic broom making machines.
To learn about export certification and cargo biosecurity, read our article on Global Export Compliance Guide: Standards for Sustainable Agricultural Materials.
Are palm skewers suitable for replacing synthetic filaments in industrial brooms?
Yes, palm skewers are ideal for heavy-duty outdoor industrial brooms because they have stiff fibers that are not easily broken and resistant to natural moisture.
How cost-efficient is palm skewers compared to other natural fibers?
Palm skewers are obtained from the by-product of pruning oil palm fronds which are abundant in Indonesia. This makes it have a more stable and economical wholesale supply price than other natural fibers.
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