INDONESIA EXPORT CENTER | IEC

COCOPOT – COCONUT FIBER PLANT POT

Coconut Fiber Plant Pot Sourcing for Commercial Greenhouses, Propagation Facilities and Professional Nursery Operators

Coconut Coir Pots for Commercial Greenhouse Propagation

Looking for coir pots for greenhouse propagation or a wholesale sourcing partner for coconut fiber plant pots used in controlled-environment horticulture?

Indonesia Export Center (IEC) facilitates sourcing and export enquiries for coconut fiber plant pots from Indonesia, supporting commercial greenhouse operators, propagation facilities, professional nurseries and horticultural procurement teams with product specifications, sample enquiries, supplier assessments and wholesale quotations.

Greenhouse propagation requires careful coordination of container selection, growing media, irrigation, environmental control, root development and transplant timing.

Unlike general outdoor gardening, greenhouse production may involve automated irrigation, controlled humidity, fertigation, growing benches and repeated handling during nursery operations.

These conditions make irrigation compatibility and product trials particularly important when evaluating alternative plant containers.

The supplied IEC COCOPOT reference is a natural brown coconut fiber plant pot made from fresh green coconut husk.

Its reference dimensions are:

Top Diameter: 16 cm
Height: 14 cm
Bottom Diameter: 9.5 cm

The stated monthly production capacity is 416,000 pieces, subject to verification with the actual manufacturing source.

The 16 cm reference pot may be evaluated for suitable greenhouse propagation or nursery growing stages, but should not automatically be considered compatible with every propagation tray, automated system or crop.

REQUEST A GREENHOUSE COIR POT WHOLESALE QUOTATION

WhatsApp: https://wa.me/628133302277

Website: https://indonesiaexportcenter.com/

IEC facilitates sourcing and export enquiries. Manufacturing capability, product availability and commercial terms require supplier confirmation.

Coir Pots for Greenhouse Propagation – Product Specifications

Specification	IEC Product Reference
Product	COCOPOT – Coconut Fiber Plant Pot
Country of Sourcing	Indonesia
Raw Material	Fresh Green Coconut Husk
Colour	Natural Brown
Moisture	15 ± 5%
Fiber / Impurities	Maximum 2.0%, definition to be confirmed
Top Diameter	16 cm
Height	14 cm
Bottom Diameter	9.5 cm
Stated Monthly Capacity	416,000 Pieces
Unit Weight	To Be Confirmed
Wall Thickness	To Be Confirmed
Finished-Product Composition	To Be Confirmed
Dimensional Tolerances	To Be Confirmed
Irrigation Performance Data	Not Supplied
Wet Handling Strength	To Be Tested
MOQ	To Be Confirmed
Packaging	Subject to Supplier Confirmation
Wholesale Price	Request Quotation
Export Terms	Subject to Agreement

Important: These are supplied reference specifications. Complete composition, available production allocation, dimensional tolerances and testing methods require verification.

1. Coconut Fiber Pots for Greenhouse Operators

Coconut fiber pots may be considered for selected greenhouse propagation and nursery production applications.

Potential buyers include:

Commercial greenhouse operators
Propagation facilities
Greenhouse seedling producers
Ornamental plant growers
Vegetable transplant nurseries
Horticultural supply distributors
Nursery procurement teams

Suitability depends on the crop, growing system, irrigation method and finished-product characteristics.

2. Why Irrigation Compatibility Matters

Greenhouse production often depends on repeatable irrigation management.

Changing the container may affect the interaction between irrigation water, growing media and the pot.

Potential evaluation areas include:

Water distribution
Moisture behaviour
Pot stability
Wet handling strength
Growing media containment
Drainage behaviour
Irrigation frequency

The supplied reference does not include verified irrigation compatibility data.

3. Coir Pots and Drip Irrigation

Drip irrigation delivers water to a defined growing area.

When evaluating coconut fiber pots, greenhouse operators should assess:

Emitter placement
Water distribution
Growing media wetting
Pot stability
Drainage
Irrigation scheduling
Handling after watering

Compatibility should be verified through trials using the actual irrigation equipment.

4. Coir Pots and Overhead Irrigation

Overhead irrigation may expose the entire pot surface to water.

Potential trial considerations include:

Surface wetting
Pot stability
Wet handling strength
Growing media containment
Drying conditions
Repeated irrigation cycles

The supplied reference does not establish performance under overhead irrigation.

5. Coir Pots and Misting Systems

Misting systems are used in some propagation operations.

Growers should evaluate:

Exposure duration
Humidity conditions
Pot surface moisture
Container stability
Rooting media compatibility
Handling requirements

Product-specific misting performance has not been verified.

6. Coir Pots and Ebb-and-Flow Systems

Ebb-and-flow irrigation involves periodic flooding and drainage.

Before using coconut fiber pots in this system, operators should test:

Pot stability during flooding
Water exposure
Structural integrity
Drainage behaviour
Repeated wetting and drying
Growing media retention

No verified ebb-and-flow compatibility data has been supplied.

7. Coir Pots and Capillary Irrigation

Capillary irrigation systems depend on water movement through the growing media and surrounding materials.

Operators should assess:

Contact with irrigation surfaces
Water movement
Moisture distribution
Pot stability
Growing media performance
Root development

Compatibility should be confirmed through controlled trials.

8. Irrigation Compatibility Comparison

Irrigation Method	Main Evaluation Areas	Verification
Drip Irrigation	Emitter placement, moisture distribution, drainage	Greenhouse Trial Required
Overhead Irrigation	Surface wetting, stability, wet handling	Greenhouse Trial Required
Misting	Humidity exposure, pot integrity, rooting conditions	Greenhouse Trial Required
Ebb-and-Flow	Flooding, drainage, repeated wetting	Greenhouse Trial Required
Capillary Irrigation	Water movement, contact, moisture behaviour	Greenhouse Trial Required

This table identifies testing priorities rather than confirmed product compatibility.

9. Moisture Management in Greenhouse Propagation

Moisture management is important for plant development and container performance.

Greenhouse operators should evaluate:

Growing media moisture
Pot surface moisture
Irrigation frequency
Drainage
Humidity
Temperature
Drying conditions

The supplied moisture specification describes the reference product and should not be interpreted as a water-retention or irrigation performance measurement.

10. IEC Cocopot Moisture Specification

The supplied reference states:

Moisture: 15 ± 5%

If interpreted as percentage points, this corresponds to approximately 10–20%.

The supplier and buyer should confirm the measurement method, sampling procedure and contractual acceptance criteria.

11. Greenhouse Humidity and Container Performance

Greenhouse humidity can influence storage, handling and growing conditions.

Potential evaluation areas include:

Relative humidity
Temperature
Air circulation
Irrigation frequency
Container exposure
Wet handling strength
Product stability

The supplied reference does not include verified greenhouse humidity performance data.

12. Pot Size Selection for Greenhouse Propagation

Container size influences growing media volume, irrigation management, root development and handling.

Important considerations include:

Crop species
Propagation stage
Root system characteristics
Growing media requirements
Irrigation method
Production duration
Transplant timing
Tray or bench compatibility

The supplied IEC reference is a 16 cm top-diameter pot.

Smaller or larger sizes may be submitted for feasibility review, but availability has not been confirmed.

13. IEC Cocopot Reference Dimensions

Measurement	Dimension
Top Diameter	16 cm
Height	14 cm
Bottom Diameter	9.5 cm

These dimensions describe the supplied reference product.

Alternative sizes or shapes may be submitted for feasibility review, but availability has not been confirmed.

14. Greenhouse Tray and Bench Compatibility

Commercial greenhouse operations may use standardised trays, benches and transport systems.

Buyers should evaluate:

Pot dimensions
Tray opening dimensions
Bench layout
Pot stability
Spacing requirements
Handling equipment
Transport systems

The supplied reference does not establish compatibility with any particular greenhouse tray or bench system.

15. Automated Greenhouse Systems

Some greenhouse facilities use automated equipment for:

Pot filling
Seeding
Transplanting
Irrigation
Tray movement
Conveying
Packaging

Coconut fiber pot compatibility with automated systems must be assessed using actual equipment.

16. Pot Filling and Growing Media Handling

Pot filling efficiency can affect greenhouse production costs.

Potential evaluation areas include:

Pot shape consistency
Dimensional tolerances
Wall strength
Growing media retention
Filling equipment compatibility
Handling losses

The supplied reference does not include verified automated filling performance data.

17. Growing Media Compatibility

Greenhouse propagation may use different growing media formulations.

Potential media include:

Cocopeat-based mixes
Peat-based mixes
Compost-based blends
Perlite-containing mixes
Other commercial propagation substrates

Compatibility should be evaluated using the greenhouse’s actual growing media.

18. Coconut Fiber Pots vs Cocopeat Growing Media

Coconut fiber pots and cocopeat growing media are different products.

Coconut Fiber Pot: A container made using coconut-derived fibrous material.

Cocopeat: Coconut coir pith commonly used as a growing media component.

The properties of cocopeat should not be assumed to describe the finished coconut fiber pot.

19. Root Growth in Greenhouse Propagation

Root development depends on multiple factors.

These include:

Crop species
Growing media
Irrigation
Nutrient management
Temperature
Container dimensions
Greenhouse management

Product-specific claims about improved root growth require appropriate comparative trials.

20. Greenhouse Propagation Trial Protocol

A structured trial can help greenhouse operators evaluate coconut fiber pots.

Stage 1 – Define Trial Objectives

Possible objectives include:

Irrigation compatibility
Moisture management
Root growth
Pot stability
Wet handling performance
Transplant readiness

Stage 2 – Select a Comparison Container

Use an appropriate existing greenhouse container as a comparison.

Stage 3 – Standardise Growing Conditions

Maintain consistent conditions for:

Crop species
Growing media
Irrigation
Fertilisation
Light
Temperature
Humidity
Trial duration

Stage 4 – Record Measurements

Potential measurements include:

Growing media moisture
Irrigation frequency
Pot stability
Wet handling performance
Root observations
Plant growth
Survival rate
Transplant readiness

Stage 5 – Evaluate Results

Compare performance using the greenhouse’s predefined acceptance criteria.

21. Suggested Greenhouse Trial Record

Trial Parameter	Information to Record
Crop Species	To Be Specified
Growing Media	To Be Specified
Pot Type	Coconut Fiber / Comparison
Pot Dimensions	Measured Values
Irrigation Method	Drip / Overhead / Misting / Other
Trial Quantity	Pieces
Trial Duration	Days or Weeks
Temperature	Recorded Conditions
Relative Humidity	Recorded Conditions
Growing Media Moisture	Recorded Results
Pot Stability	Recorded Observations
Wet Handling Performance	Recorded Observations
Root Development	Recorded Observations
Plant Survival	Recorded Results
Final Assessment	Approved / Rejected / Further Testing

22. Repeated Wetting and Drying Trials

Greenhouse operations may expose pots to repeated irrigation cycles.

A repeated wetting and drying trial may assess:

Pot shape stability
Surface condition
Handling strength
Growing media containment
Visible product changes
Performance over time

The trial should reflect the actual irrigation schedule.

23. Wet Handling Strength

Greenhouse operators may handle pots after irrigation.

Potential evaluation areas include:

Lifting
Moving
Tray transport
Conveyor handling
Transplanting
Packaging

The supplied reference does not include verified wet handling strength data.

24. Greenhouse Transplant Workflow

Transplanting is an important stage in greenhouse production.

The appropriate procedure depends on the crop, container and growing system.

Recommended Evaluation Areas

Ease of handling
Pot integrity during movement
Root ball stability
Compatibility with transplanting equipment
Plant condition
Labour requirements
Post-transplant performance

The supplied product reference does not establish that the pot can be planted directly into soil without removal.

25. Can Coconut Fiber Pots Be Planted Directly?

Direct planting should not be assumed solely because a pot contains coconut fiber.

The finished product’s composition, structural properties and behaviour under actual growing conditions must be assessed.

Before recommending direct planting, growers should verify:

Complete material composition
Breakdown behaviour
Root penetration
Soil conditions
Crop compatibility
Relevant product testing

Until these factors are confirmed, transplant procedures should follow the greenhouse’s validated method.

26. Raw Material and Finished-Product Composition

The supplied reference identifies fresh green coconut husk as the raw material.

However, the complete composition of the finished coconut fiber pot has not been supplied.

Greenhouse operators should request information about:

Coconut fiber content
Binders or adhesives
Coatings
Other additives
Manufacturing process
Material consistency
Available test reports

These details may affect greenhouse performance and product claims.

27. Product Samples Before Bulk Procurement

Samples help greenhouse operators evaluate product suitability before purchasing larger quantities.

Recommended Sample Checks

Confirm dimensions.
Measure unit weight.
Review wall thickness.
Examine surface condition.
Assess dry handling strength.
Test wet handling performance.
Evaluate tray compatibility.
Conduct irrigation trials.
Record results.
Approve or reject the product.

Sample availability, costs and shipping arrangements require confirmation.

28. Golden Sample Approval

A golden sample is an approved physical reference used for comparison during future production.

For recurring greenhouse orders, the approved sample should be linked to a written specification.

Recommended Approval Record

Product identification
Sample reference number
Dimensions
Unit weight
Wall thickness
Material information
Visual acceptance criteria
Approval date
Authorised approver

29. Quality Control for Greenhouse Propagation Pots

Greenhouse operators should establish clear quality requirements before purchasing.

Recommended Inspection Parameters

Top diameter
Bottom diameter
Height
Wall thickness
Unit weight
Moisture
Shape consistency
Surface condition
Visible defects
Packaging

Acceptable tolerances and inspection procedures should be agreed in writing.

30. Supplier Quality Assurance Checklist

Manufacturer Information

Actual manufacturer identified
Factory location verified
Production capability reviewed
Product-specific capacity confirmed
Available production allocation confirmed

Product Specifications

Dimensions confirmed
Dimensional tolerances agreed
Wall thickness defined
Unit weight defined
Material composition reviewed
Moisture specification agreed

Quality Control

Inspection procedures documented
Sampling plan agreed
Visual defect criteria defined
Acceptance criteria agreed
Inspection records available
Nonconformity procedure agreed

Samples and Testing

Samples evaluated
Golden sample approved
Irrigation compatibility trial completed
Moisture management assessed
Root growth assessed
Wet handling performance tested
Transplant workflow assessed

Commercial Terms

MOQ confirmed
Wholesale price confirmed
Production lead time agreed
Payment terms agreed
Export terms agreed

31. Wholesale MOQ and Order Quantities

The minimum order quantity for the IEC reference product has not been confirmed.

MOQ may depend on:

Product specification
Order volume
Packaging
Production scheduling
Shipping arrangements

Greenhouse operators should provide their initial order quantity and expected annual demand when requesting a quotation.

32. Production Capacity and Repeat Orders

The supplied IEC reference states:

Monthly Capacity: 416,000 Pieces

This figure is not independently verified and does not guarantee available production allocation.

For recurring greenhouse orders, buyers should confirm:

Actual manufacturing source
Product-specific capacity
Available production allocation
Production lead time
Packaging capacity
Quality consistency
Repeat-order scheduling

33. Greenhouse Pot Procurement Forecasting

Greenhouse operators may benefit from forecasting container requirements.

Suggested Forecasting Data

Parameter	Buyer Input
Planned Propagation Volume	Plants
Pots Required per Plant	Pieces
Expected Pot Usage	Pieces
Trial and Replacement Allowance	To Be Determined
Total Planned Demand	Pieces
Ordering Frequency	To Be Agreed
Required Delivery Dates	To Be Provided

Forecasting should account for actual greenhouse operations and the agreed supply lead time.

34. Packaging for Greenhouse Supply

Packaging should support efficient storage and handling.

Potential packaging enquiries include:

Bulk packing
Master cartons
Palletised shipments
Product identification labels
Lot identification
Shipping marks

These are possible packaging requirements, not confirmed standard services.

Recommended Packing Data

Parameter	Information Required
Units per Pack	Pieces
Units per Carton	Pieces
Carton Dimensions	cm
Net Carton Weight	kg
Gross Carton Weight	kg
Pallet Configuration	To Be Confirmed
Lot Identification	If Available
Shipping Marks	As Agreed

35. Storage and Handling

Storage conditions may affect natural fiber products.

Greenhouse operators should evaluate:

Warehouse temperature
Humidity
Ventilation
Stacking pressure
Packaging integrity
Storage duration

The supplied reference does not include verified shelf-life or maximum storage temperature data.

36. Container Shipping for Global Greenhouse Buyers

For larger orders, container shipping may be considered.

Potential options include:

20ft dry container
40ft dry container
40ft high-cube container

Actual loading quantities depend on product dimensions, weight, nesting, packaging, palletisation and container payload.

No verified pieces-per-container quantity has been supplied.

37. Export Documentation

Depending on the destination and import requirements, documents may include:

Commercial invoice
Packing list
Bill of lading
Certificate of Origin, where applicable
Product specification sheet
Manufacturer declarations, if required
Inspection records, where agreed
Other applicable certificates or declarations

The final document requirements should be confirmed before shipment.

38. Destination Import Requirements

Import requirements differ by country.

Greenhouse buyers should verify:

Tariff classification
Customs duty
Applicable taxes
Plant-health requirements
Product composition
Packaging requirements
Required certificates
Import permits, where applicable

The actual finished product and destination country determine the applicable requirements.

39. Total Cost of Ownership

Greenhouse operators should evaluate more than the purchase price.

Potential cost components include:

Unit purchase price
International freight
Import costs
Storage
Handling labour
Product damage
Filling efficiency
Transplant labour
Quality losses
Waste handling

The total cost depends on the greenhouse’s actual operating conditions.

40. Cost per Usable Greenhouse Plant

A useful internal calculation is:

Pot-Related Cost per Usable Plant = Total Relevant Pot Procurement and Handling Costs ÷ Number of Usable Plants Produced

This metric may help buyers compare different container options.

The comparison should use consistent assumptions and include relevant quality or productivity effects.

41. Supplier Verification

Before purchasing, greenhouse buyers should identify:

Actual manufacturer
Registered supplier identity
Factory location
Production capability
Quality control procedures
Contractual seller
Exporter of record
Payment beneficiary

IEC facilitates sourcing and export enquiries and should not automatically be considered the physical manufacturer.

42. How to Source Coconut Coir Pots for Greenhouse Propagation Through IEC

Step 1 – Submit Your Greenhouse Requirements

Provide crop type, irrigation method, dimensions and order quantity.

Step 2 – Review Product Specifications

Confirm material composition, moisture, dimensions and quality requirements.

Step 3 – Request Samples

Evaluate samples where available and permitted under applicable import conditions.

Step 4 – Conduct Irrigation Compatibility Trials

Test the product using the actual greenhouse irrigation system.

Step 5 – Assess Moisture Management

Evaluate growing media moisture, pot stability and repeated wetting performance.

Step 6 – Evaluate Root Growth and Transplant Workflow

Compare plant performance and handling using agreed trial criteria.

Step 7 – Review Supplier Quality Assurance

Confirm inspection procedures, production capacity and repeat-order consistency.

Step 8 – Confirm Packaging

Specify bulk packing, cartons, palletisation and identification requirements.

Step 9 – Request a Quotation

Provide your quantity, destination and preferred Incoterm.

Step 10 – Coordinate Shipping

Confirm production allocation, packing, documentation and logistics arrangements.

Greenhouse Coir Pots Wholesale RFQ Template

Subject: Coconut Coir Pots for Greenhouse Propagation – Wholesale Sourcing Enquiry

Dear Indonesia Export Center Team,

We are interested in sourcing coconut fiber plant pots from Indonesia for commercial greenhouse propagation.

Please review our irrigation compatibility, moisture management, product testing, quality assurance and wholesale purchasing requirements.

Buyer Information

Company Name: [Company Name]

Country: [Country]

Business Type: [Greenhouse Operator / Propagation Facility / Nursery / Horticultural Distributor]

Contact Person: [Name]

Email: [Email]

WhatsApp: [Number]

Greenhouse Application

Crop Species: [Crop / Plant Species]

Propagation Stage: [Early / Intermediate / Nursery Holding]

Growing Media: [Details]

Irrigation Method: [Drip / Overhead / Misting / Ebb-and-Flow / Capillary / Other]

Production Duration: [Days / Weeks]

Greenhouse Temperature Range: [°C]

Relative Humidity Range: [%]

Transplant Method: [Details]

Product Requirements

Product: Coconut Fiber Plant Pot / Cocopot

Top Diameter: [mm]

Height: [mm]

Bottom Diameter: [mm]

Required Dimensional Tolerance: [± mm]

Required Wall Thickness: [mm]

Target Unit Weight: [g]

Material Requirements: [Details]

Moisture Requirement: [Details]

Initial Order Quantity: [Pieces]

Estimated Annual Volume: [Pieces]

Irrigation and Trial Requirements

Samples Required: [Yes / No]

Golden Sample Approval Required: [Yes / No]

Irrigation Compatibility Trial Required: [Yes / No]

Repeated Wetting and Drying Trial Required: [Yes / No]

Wet Handling Testing Required: [Yes / No]

Root Growth Assessment Required: [Yes / No]

Transplant Workflow Testing Required: [Yes / No]

Material Composition Declaration Required: [Yes / No]

Laboratory Testing Required: [Yes / No]

Pre-Shipment Inspection Required: [Yes / No]

Packaging Requirements

Pack Format: [Bulk / Master Carton / Other]

Units per Carton: [Pieces]

Palletisation Required: [Yes / No]

Product Identification Required: [Yes / No]

Lot Identification Required: [Yes / No]

Shipping Requirements

Destination Country: [Country]

Destination Port: [Port]

Final Delivery Location: [City / Warehouse]

Preferred Incoterm: [FCA / FOB / CFR / CIF / Other]

Preferred Container: [20ft / 40ft / 40ft HC / To Be Recommended]

Target Delivery Period: [Month / Year]

Please provide:

Proposed supplier and manufacturer information
Complete product specifications
Available pot sizes
Dimensional tolerance information
Unit weight and wall thickness
Finished-product material composition
Sample availability and costs
Golden sample approval procedure
MOQ
Wholesale unit price
Production capacity information
Available production allocation
Production lead time
Quality control procedures
Available laboratory test reports
Inspection capability
Packaging options
Units per carton
Carton dimensions and gross weight
Palletisation options
Estimated container loading
Export documentation information
FCA or FOB quotation, as applicable
CFR or CIF quotation, if available
Contractual seller and exporter of record
Payment terms
Quotation validity

We look forward to receiving your sourcing proposal.

Kind regards,
[Your Name] [Company Name] [Country]

SEND YOUR GREENHOUSE COIR POT WHOLESALE ENQUIRY

WhatsApp: https://wa.me/628133302277

Frequently Asked Questions – Coir Pots for Greenhouse Propagation

Are coconut coir pots suitable for greenhouse propagation?

They may be considered for selected greenhouse applications. Suitability depends on the finished product, crop, irrigation method and operating conditions.

Can coconut coir pots be used with drip irrigation?

Compatibility should be confirmed through trials using the actual irrigation system.

Can coconut coir pots be used with overhead irrigation?

Potential applications should be evaluated through controlled greenhouse trials.

Can coconut coir pots be used with misting systems?

Suitability depends on humidity exposure, product composition and nursery conditions. Testing is recommended.

Can coconut coir pots be used with ebb-and-flow irrigation?

Compatibility has not been verified for the supplied reference product and should be tested.

Does IEC manufacture coconut coir pots directly?

IEC facilitates sourcing and export enquiries and should not automatically be considered the physical manufacturer.

What is the raw material?

The supplied reference identifies fresh green coconut husk.

What are the product dimensions?

16 cm top diameter, 14 cm height and 9.5 cm bottom diameter.

Are smaller or larger coir pot sizes available?

Alternative sizes may be submitted for feasibility review, but availability has not been confirmed.

What is the moisture specification?

15 ± 5%.

What is the stated monthly capacity?

416,000 pieces, subject to verification.

What is the MOQ for greenhouse operators?

MOQ must be confirmed with the proposed supplier.

Can I request product samples?

Sample enquiries may be submitted, subject to availability and applicable import conditions.

Do coconut coir pots improve root growth?

Product-specific root growth claims require appropriate comparative testing.

Can coconut coir pots be planted directly into soil?

Direct planting should not be assumed without product-specific testing and verification.

Are coconut coir pots biodegradable?

Finished-product biodegradability requires product-specific evidence.

Can I request recurring wholesale shipments?

Repeat-order requirements may be submitted for feasibility review.

Can IEC arrange international shipping quotations?

Shipping quotation enquiries may be submitted, subject to route availability and commercial arrangements.

How do I request a greenhouse coir pot quotation?

Send your company information, crop species, irrigation method, required pot size, trial requirements, order quantity and destination to IEC via WhatsApp.

Request Wholesale Coir Pots for Greenhouse Propagation

Source Coconut Fiber Plant Pots from Indonesia for Commercial Greenhouses and Propagation Facilities

Indonesia Export Center (IEC) welcomes enquiries from commercial greenhouse operators, propagation facilities, greenhouse nurseries, horticultural distributors and professional procurement teams worldwide.

Product: COCOPOT – Coconut Fiber Plant Pot

Country of Sourcing: Indonesia

Raw Material: Fresh Green Coconut Husk

Colour: Natural Brown

Reference Moisture: 15 ± 5%

Reference Fiber / Impurities: Max. 2.0%, Definition Subject to Confirmation

Top Diameter: 16 cm

Height: 14 cm

Bottom Diameter: 9.5 cm

Stated Monthly Capacity: 416,000 Pieces, Subject to Verification

Irrigation Compatibility: Requires Testing

Alternative Sizes: Subject to Supplier Confirmation

MOQ: To Be Confirmed

Packaging: Subject to Supplier Confirmation

Wholesale Price: Request Quotation

Production Lead Time: To Be Confirmed

Container Loading Quantity: To Be Calculated

Destination Import Requirements: To Be Verified by the Importer

Export Terms: Subject to Commercial Agreement

Contact IEC to discuss coconut coir pot sourcing, greenhouse propagation, irrigation compatibility, moisture management, root growth trials, quality control, bulk procurement and international export quotations.

INDONESIA EXPORT CENTER | IEC

Your Export & Sourcing Partner from Indonesia

Website: https://indonesiaexportcenter.com/

WhatsApp: +62 813-3302-277

REQUEST YOUR GREENHOUSE COIR POT WHOLESALE QUOTATION

https://wa.me/628133302277

Please include your company name, crop species, irrigation method, required pot size, trial requirements, target quantity and delivery destination.

Commercial and Product Disclaimer: IEC facilitates sourcing and export enquiries. Product specifications, manufacturing capacity, MOQ, packaging, pricing and export arrangements require supplier confirmation. Product suitability for greenhouse propagation, irrigation compatibility, root growth, transplanting, direct planting, biodegradability and other performance claims must be established through appropriate testing. Destination import requirements must be verified by the importer under the rules applicable at the time of import.