POUCH STOCK

2X15 WATER SOLUBLE POUCH STOCK

2mil Dissolvable Paper Coated with 15 Microns Heat Seal

Item Number: IT116943
Master Roll: 47.24” x 9,350’
SmartSolve 2X15 Heat Seal Material, is useful in many pouching applications with its water-soluble paper base and dissolvable heat seal coating. It has excellent print characteristics and dissolves easily and completely in any water temperature. 2X15 is our fastest dispersing paper-based pouch stock.

End of Life:

Flushable
Recyclable

Product Details

APPLICATIONS

Laundry single dose unit
Dish washer single dose unit
Home and Industrial cleaning product portioning
Refillable dosing for dispensing products
Personal Care product packaging
Beauty and Cosmetics packaging
Bio Culture and Water Treatment portioning
Children’s Toy packaging

Download Data Sheet

CALIPER

80 (Microns)

3.2 (Mils)

PAPER THICKNESS

65 (Microns)

HEAT SEAL THICKNESS

15 (Microns)

BASIS WEIGHT

50 (g/m²)

30.6 (lb/3,000ft²)

PAPER WEIGHT

30 (g/m²)

DISPERSIBILITY

6-8 (Sec)

DENSITY

0.69 (g/m³)

PAPER DENSITY

0.46 (g/m³)

HEAT SEAL STRENGTH

0.8 (Kg/15mm)

TENSILE STRENGTH

1.2 (Kg)

PAPER TENSILE STRENGTH

0.9 (kN/m)

Environmental Testing & Claims

Claims	2X15 Heat Seal Material	Test, Certification, and Justification of Claims
FSC Mix		Material is responsibly sourced from FSC-Certified forests
75% Bio-Based		ASTM D6866
Zero Waste		OECD-301B, ISO 14851, FG 502 Slosh Box
Non-toxicity to Fish		US EPA Ecological Risk Assessment
No Micro Plastics		Is not expected to be a source of microplastics and does not meet the definition of a microplastic, which is insoluble in water and greater than 5mm.
*No PFAS, BPA, or Phthalates		Material is not knowingly created with these ingredients
Readily Biodegradable		OECD 301B, Readily Biodegradable
Safe for Drains, Flushable		Per GD4, FG501-504, FG507
No Animal Bi-Products		Material is not created with animal ingredients
100% Biodegradable in Less than 30 Days		ISO 14851:2019
REACH Compliant		Material meets REACH requirements
Recyclable		Material fiber is 100% recyclable and can be recovered under traditional paper-cycling processes