Sustainable Mineral Based Paper Sheets

Sustainable Mineral Based Paper Sheets

Sustainable mineral-based paper sheets (commonly known as mineral paper or stone paper) are advanced composite materials manufactured from calcium carbonate and Polypropylene (PP) or Polyethylene (PE) polymer binders.
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Description

Jiangsu Jianglin Yihai New Material Science & Technology Co., Ltd. is one of the leading manufacturers and suppliers of sustainable mineral based paper sheets in China. With abundant experience, we warmly welcome you to wholesale premium sustainable mineral based paper sheets for sale here from our factory. All customized products are with high quality and competitive price. For quotation, contact us now.

 

Sustainable Mineral-Based Paper Sheets

 

 

Sustainable mineral-based paper sheets (commonly known as mineral paper or stone paper) are advanced composite materials manufactured from calcium carbonate and Polypropylene (PP) or Polyethylene (PE) polymer binders.

 

Key ESG & Sustainability Highlights

 

 

Tree-Free Production: Zero forest destruction or wood pulp consumption.
Water-Saving Process: Manufactured through a closed-loop dry extrusion process with zero wastewater discharge.
Chemical-Free Bleaching: Naturally white calcium carbonate eliminates the need for chlorine or acid bleaching agents.
Lower Carbon Footprint: Optimized energy consumption during composite extrusion compared to energy-intensive pulp milling.

 

Typical B2B Applications

 

 

Commercial Printing: Product manuals, inserts, maps, outdoor menus, and promotional materials.
Packaging Solutions: Product tags, durable labels, printed sleeves, and moisture-resistant packaging inserts.
Stationery & Office Supplies: Heavy-duty notebook covers, cards, tags, and durable writing sheets.
Humid-Environment Products: Printed items exposed to rain, condensation, or high humidity.

 

Material Matrix & Performance Comparison

 

 

Performance Characteristic

Sustainable Mineral Paper

Conventional Wood-Pulp Paper

Standard Synthetic Film (PP/PET)

Primary Source

Calcium Carbonate (CaCO3) + Polymer

Wood Pulp / Trees

Petroleum Plastics

Water & Moisture Resistance

Excellent (Does not soften or warp)

Poor (Requires lamination)

Excellent

Tear Resistance

High

Low

Very High

Eco-Impact / Water Usage

Ultra-Low (Waterless production)

High (Heavy water usage)

Medium-High

Oil & Grease Resistance

High

Low

High

Writable Surface

Yes (Pencil, ballpoint, offset ink)

Yes

Requires specific coating

 

Technical Specifications & Compliance

 

 

Parameter

Technical Specification / Standard

Product Name

Sustainable Mineral-Based Paper Sheet

Common Industry Names

Stone Paper, Mineral Paper, Synthetic Stone Paper

Primary Material

>= 60% Calcium Carbonate (CaCO3)

Polymer Binder

PP / PE Composite

Product Formats

Available in Custom Rolls or Precision Cut Sheets

Thickness Range

Custom specifications based on application requirements

Standard Roll Width

Up to 1400 mm (Custom slitting available)

Color & Finish

Natural Bright White; Standard Matte or Treated Gloss

Compliance Standards

Configurable to meet REACH, RoHS, and FDA Food-Contact Safety requirements

 

Printing Compatibility

 

 

Offset Printing: Compatible with traditional oxidation-drying inks or specialized synthetic inks.
UV / LED Offset Printing: Excellent ink fixation with immediate curing.
Digital & Flexographic Printing: Suitable for low-temperature digital presses and flexo label systems.

 

Continuous Extrusion Technology

 

 

Our production infrastructure utilizes modern continuous extrusion and sheet-forming systems equipped with real-time quality control mechanisms:
Production Line Capacity: Rated output of 300 - 470 kg/h per line.
Precision Die & Bubble System: O-Type Die Head and Bubble Stabilizer ensure uniform resin-mineral distribution.
Online Thickness Gauging Systems: Continuous automated monitoring across the 1400 mm web width to maintain tight dimensional tolerances.

 

Quality Control Protocol

 

 

Incoming Raw Material Audit: Purity testing of CaCO3 powder and polymer density verification.
In-Process Monitoring: Real-time tracking of temperature profiles, extrusion pressure, Dyne levels, and sheet gauge.
Finished Product QA Inspection: Tensile testing, tear strength verification, water/oil immersion tests, and batch printability validation.

 

OEM Specification & Ordering Process

 

 

Application Inquiry: Provide details regarding your target application and end-use environment.
Grade Selection: Our engineers match technical specifications based on thickness and printing methods.
Sample Kit Testing: Receive trial sheets to test printability, folding, and ink adhesion on your equipment.
Pilot Production Trial: Small-batch validation run on actual production machinery.
Specification Lock: Finalize technical tolerances, packaging requirements, and delivery terms.
Mass Production: Automated production with full batch-quality reporting.

 

FAQ

 

 

Q: What makes mineral paper a sustainable choice compared to standard paper?

A: Mineral paper uses calcium carbonate (CaCO3) as its primary raw material instead of trees. The production process consumes no water, uses no acid or alkali bleaches, and generates zero wastewater, directly supporting corporate ESG goals.

Q: Is mineral paper completely waterproof and oil-resistant?

A: Yes. Because of its mineral-polymer matrix, mineral paper does not absorb liquid. It maintains its structural integrity, tensile strength, and appearance even when fully submerged in water or exposed to oils and grease.

Q: Can mineral paper be printed using standard commercial printing equipment?

A: Yes. Mineral paper is fully compatible with Offset, UV Offset, Flexographic, and selected Digital printing presses. Because its surface absorption differs from traditional wood-pulp paper, ink formulation and drying settings should be confirmed through a preliminary test run.

Q: How is mineral paper recycled or disposed of after use?

A: Mineral paper is classified as a Type 2 or Type 5 polymer composite (PE/PP). It can be recycled through standard plastic recycling streams. When exposed to prolonged direct sunlight and UV radiation, the material naturally degrades over time back into calcium carbonate powder without leaving toxic residues.

Q: Can mineral paper completely replace conventional wood-pulp paper?

A: Mineral paper is an ideal high-performance replacement in applications where moisture resistance, tear strength, durability, or eco-credentials are required. However, for applications requiring high heat resistance (such as laser printing) or high moisture absorbency, material compatibility should be evaluated case-by-case.

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