Palm fiber is recovered from oil-palm and other palm-processing residues for use in mattresses, erosion control, biomass products, composites and industrial filling. Its long, tangled strands have a very low loose bulk density and occupy substantial storage and transport space.
DILOYA hydraulic fibre balers compress dry, cleaned palm fibre into dense tied rectangular bales for orderly warehousing, accurate weighing, mechanical handling and economical shipment. This Natural Fiber application is intended for baling only.
Effect After Palm Fiber Baling
Suitable Palm Fiber Feed
Suitable feed includes dry cleaned oil-palm fibre, empty-fruit-bunch fibre and compatible processed palm strands. The material should be shredded or opened to a manageable size where necessary. Sand, stones, metal, plastic, excess fines, oil-rich residues and wet or decomposing material must be controlled before baling.
Why Bale Palm Fiber?
- Major volume reduction: compacts tangled low-density fibre into manageable units.
- Efficient transport: improves truck and container loading.
- Orderly storage: tied rectangular bales stack more securely than loose fibre.
- Consistent dispatch: repeatable bale size and weight support inventory control.
- Cleaner operations: contains loose strands and reduces fibre spread.
Baling Process and Machine Selection
Prepared palm fibre is loaded in repeatable charges and compressed through multiple strokes until the required density is reached. The finished package is tied with suitable straps or wire, weighed, labelled and transferred to dry storage. Chamber opening, press force, stroke, feeding method and tying arrangement are selected around fibre length, bulk density, spring-back, throughput and target bale specification.
Moisture, Fire and Operating Control
Moisture should be stabilised before baling because wet fibre changes bale weight, can deteriorate in storage and may heat biologically. Dust extraction and housekeeping reduce airborne fibre and fire load. Keep ignition sources away, maintain clear aisles and follow the site's fire-protection plan. Mechanical feeding and guarded work zones reduce contact with tangled strands and moving machine parts.
What DILOYA Engineers Evaluate
DILOYA evaluates palm fibre source, strand length, loose bulk density, moisture, fines and oil content, contamination, spring-back, hourly or daily throughput, bale dimensions and weight, tying method, loading and discharge arrangement, installation space, fire-safety requirements and local voltage. Material photos, samples and logistics specifications allow our engineers to configure a reliable fibre-baling line.