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AB2500 A nepheline syenite masterbatch intended for use as a clarity antiblock. Contains a low mineral loading to enable higher letdown rates.

Nepheline Syenite

LLDPE

Materials:

Nepheline Syenite, LLDPE

Compatible Resin:

LLDPE

Clarity Antiblock

Data Sheets

Details

AB5500 A nepheline syenite masterbatch intended for use as a clarity antiblock. An intermediate mineral loading enables higher letdown rates.

Nepheline Syenite

LLDPE

Materials:

Nepheline Syenite, LLDPE

Compatible Resin:

LLDPE

Clarity Antiblock

Data Sheets

Details

AB60S5 A nepheline syenite antiblock masterbatch that contains 5% oleamide slip. Designed for LLDPE clarity film applications.

Nepheline Syenite

Oleamide Slip

LLDPE

Materials:

Nepheline Syenite, Oleamide Slip, LLDPE

Compatible Resin:

LLDPE

Clarity Antiblock

Slip

Data Sheets

Details

AB68S5 Our highest loaded nepheline syenite slip/antiblock masterbatch. Contains 5% oleamide and is recommended for LLDPE clarity applications.

Nepheline Syenite

Oleamide Slip

LLDPE

Materials:

Nepheline Syenite, Oleamide Slip, LLDPE

Compatible Resin:

LLDPE

Clarity Antiblock

Slip

Data Sheets

Details

AB7300 A nepheline syenite masterbatch designed for use as an antiblock. Ideal for LLDPE film applications where clarity maintenance is preferred.

Nepheline Syenite

LLDPE

Materials:

Nepheline Syenite, LLDPE

Compatible Resin:

LLDPE

Clarity Antiblock

Scratch Resistance

Data Sheets

Details

Sustainable

Biodegradable Materials Heritage has deep experience formulating a variety of biodegradable packaging materials. See our Capabilities page to learn more.

BioResin

Materials:

BioResin(s), Mineral(s), Additive(s)

Compatible Resin:

Masterbatch, Compound

Biodegradable

Renewable

Data Sheets

Details

Sustainable

CF1 A fine grade CaCO₃ concentrate with an extended AO package. Suitable for general processes where improved thermal stability is desired.

Calcium Carbonate

Enhanced Antioxidant

LLDPE

Materials:

CaCO₃, Enhanced Antioxidant, LLDPE

Compatible Resin:

LLDPE, HDPE, PP

Antiblock

Cycle Time Reduction

Dimensional Stability

Energy Savings

Film Enhancement

Process Stability

Reinforcement

Resin Replacement

Sustainability

Thermal Stability/AO

Data Sheets

Details

CF887UVW A weatherable grade TiO₂ masterbatch. Formulated with a robust thermal/UV stabilization package for demanding applications.

Titanium Dioxide

LLDPE

UV Inhibitor

Materials:

TiO₂, UV Inhibitor, LLDPE

Compatible Resin:

LLDPE

Opacity/White

UV Stability

Data Sheets

Details

Sustainable

Compostable Materials Heritage has a rich history of producing complex compostable packaging formulations. See our Capabilities page to learn more.

BioResin

Materials:

BioResin(s), Mineral(s), Additive(s)

Compatible Resin:

Masterbatch, Compound

Compostable

Renewable

Data Sheets

Details

FiberCal PP A specialty grade CaCO₃ masterbatch for PP fiber applications. Suitable for many demanding converting methods.

Calcium Carbonate

PP

Materials:

CaCO₃, PP

Compatible Resin:

PP

Fiber Hand

Process Stability

Resin Replacement

Data Sheets

Details

FiberCal V5 A specialty grade CaCO₃ masterbatch for fiber applications. Features increased toughness and suitable for many fiber converting methods.

Calcium Carbonate

Polyolefin Elastomer

PP

Materials:

CaCO₃, Polyolefin Elastomer, PP

Compatible Resin:

PP

Fiber Hand

Process Stability

Data Sheets

Details

HBG7000 A breathable film grade CaCO₃ masterbatch with TiO₂. Appropriate for the most demanding LLDPE breathable cast and blown film applications.

Calcium Carbonate

LLDPE

Titanium Dioxide

Materials:

CaCO₃, TiO₂, LLDPE

Compatible Resin:

LLDPE

Breathable Film

Process Stability

Data Sheets

Details

HBG7000W A breathable film grade CaCO₃ masterbatch with TiO₂. Appropriate for the most demanding LLDPE breathable cast and blown film applications.

Calcium Carbonate

Titanium Dioxide

LLDPE

Materials:

CaCO₃, TiO₂, LLDPE

Compatible Resin:

LLDPE

Breathable Film

Opacity/White

Process Stability

Data Sheets

Details

HF80HD A coarse grade CaCO₃ concentrate for general purpose uses. Formulated in an HDPE carrier and suitable for the least demanding applications.

Calcium Carbonate

HDPE

Materials:

CaCO₃, HDPE

Compatible Resin:

HDPE

Cycle Time Reduction

Energy Savings

Matte Finish

Resin Replacement

Data Sheets

Details

HF80LD A coarse grade CaCO₃ concentrate for general purpose uses. Formulated in an LLDPE carrier and suited for the least demanding applications.

Calcium Carbonate

LLDPE

Materials:

CaCO₃, LLDPE

Compatible Resin:

LLDPE, HDPE, PP

Cycle Time Reduction

Energy Savings

Matte Finish

Resin Replacement

Data Sheets

Details

HF80PPC A coarse grade CaCO₃ concentrate for general purpose uses. Formulated in a PP carrier and recommended for the least demanding applications.

Calcium Carbonate

PP

Materials:

CaCO₃, PP

Compatible Resin:

PP

Cycle Time Reduction

Energy Savings

Matte Finish

Resin Replacement

Data Sheets

Details

HF80PPH A coarse grade CaCO₃ concentrate for general purpose uses. Formulated in a PP carrier and recommended for the least demanding applications.

Calcium Carbonate

PP

Materials:

CaCO₃, PP

Compatible Resin:

PP

Cycle Time Reduction

Energy Savings

Matte Finish

Resin Replacement

Data Sheets

Details

HFR55HD A Mg(OH)₂ based masterbatch. Suitable for a wide variety of HDPE extrusion applications requiring flame retardancy.

Magnesium Hydroxide

HDPE

Materials:

Mg(OH)₂, HDPE

Compatible Resin:

HDPE

Flame Retardancy

Data Sheets

Details

HFR60PP A Mg(OH)₂ based masterbatch. Suitable for PP applications requiring flame retardancy in low melt flow systems.

Magnesium Hydroxide

PP

Materials:

Mg(OH)₂, PP

Compatible Resin:

PP

Flame Retardancy

Data Sheets

Details

HFR65HP A Mg(OH)₂ based masterbatch. Flame retardant system specifically designed for HDPE based pallets and other dunnage systems.

Magnesium Hydroxide

HDPE

Char Former

Materials:

Mg(OH)₂, Char Former, HDPE

Compatible Resin:

HDPE

Flame Retardancy

Data Sheets

Details

HFR70LD An ATH compound. Formulated in LDPE for ACM and suitable for applications requiring the highest level of flame retardancy.

Aluminum Trihydrate

LDPE

Materials:

ATH, LDPE

Compatible Resin:

LDPE

Flame Retardancy

Data Sheets

Details

HiCal 40 A fine grade CaCO₃ compound suitable for most PP applications. Formulated to maintain a balance between stiffness and impact resistance.

Calcium Carbonate

PP

Materials:

CaCO₃, PP

Compatible Resin:

PP

Cycle Time Reduction

Dimensional Stability

Energy Savings

Matte Finish

Process Stability

Reinforcement

Resin Replacement

Data Sheets

Details

HiCal 50 A fine grade CaCO₃ compound designed for homopolymer PP applications. Formulated to provide improved stiffness and cycle times.

Calcium Carbonate

PP

Materials:

CaCO₃, PP

Compatible Resin:

PP

Cycle Time Reduction

Dimensional Stability

Energy Savings

Matte Finish

Process Stability

Reinforcement

Resin Replacement

Data Sheets

Details

HiCal H8 CaCO₃ concentrate designed with an optimized particle size distribution and resin selection for top performance in BOPP applications.

Calcium Carbonate

PP

Materials:

CaCO₃, PP

Compatible Resin:

PP

Cycle Time Reduction

Dimensional Stability

Energy Savings

Matte Finish

Process Stability

Reinforcement

Resin Replacement

Data Sheets

Details

HiCal LC A fine grade CaCO₃ concentrate suitable for most PP applications. Formulated to maintain a balance between stiffness and impact resistance.

Calcium Carbonate

PP

Materials:

CaCO₃, PP

Compatible Resin:

PP

Cycle Time Reduction

Dimensional Stability

Energy Savings

Matte Finish

Process Stability

Reinforcement

Resin Replacement

Data Sheets

Details

HiCal LM A fine grade CaCO₃ concentrate designed for homopolymer PP applications. Formulated to provide improved stiffness and cycle times.

Calcium Carbonate

PP

Materials:

CaCO₃, PP

Compatible Resin:

PP

Cycle Time Reduction

Dimensional Stability

Energy Savings

Matte Finish

Process Stability

Reinforcement

Resin Replacement

Data Sheets

Details

HiCal UV A fine grade CaCO₃ concentrate suitable for PP applications requiring UV stabilization.

Calcium Carbonate

UV Inhibitor

PP

Materials:

CaCO₃, UV Inhibitor, PP

Compatible Resin:

PP

Cycle Time Reduction

Dimensional Stability

Energy Savings

Matte Finish

Process Stability

Reinforcement

Resin Replacement

UV Stability

Data Sheets

Details

HiCal UV65 A fine grade CaCO₃ concentrate suitable for PP applications requiring UV stabilization. Designed to balance mineral content and UV levels.

Calcium Carbonate

UV Inhibitor

PP

Materials:

CaCO₃, UV Inhibitor, PP

Compatible Resin:

PP

Cycle Time Reduction

Dimensional Stability

Energy Savings

Matte Finish

Process Stability

Reinforcement

Resin Replacement

UV Stability

Data Sheets

Details

HM10® HD A fine grade CaCO₃ concentrate designed with homopolymer HDPE. For applications where maximum flexural modulus is desirable.

Calcium Carbonate

HDPE

Materials:

CaCO₃, HDPE

Compatible Resin:

HDPE

Antiblock

Cycle Time Reduction

Dimensional Stability

Energy Savings

Film Enhancement

Matte Finish

Process Stability

Reinforcement

Resin Replacement

Data Sheets

Details

Sustainable

HM10® LC A general grade CaCO₃ concentrate useful in a wide variety of applications. Balances particle size and performance with cost efficiency.

Calcium Carbonate

LLDPE

Materials:

CaCO₃, LLDPE

Compatible Resin:

LLDPE, HDPE, PP

Antiblock

Cycle Time Reduction

Dimensional Stability

Energy Savings

Film Enhancement

Matte Finish

Process Stability

Resin Replacement

Sustainability

Data Sheets

Details

Sustainable

HM10® LCX A general grade CaCO₃ concentrate useful in a variety of applications. Maximizes mineral loading to provide the highest cost efficiency.

Calcium Carbonate

LLDPE

Materials:

CaCO₃, LLDPE

Compatible Resin:

LLDPE, HDPE, PP

Antiblock

Cycle Time Reduction

Dimensional Stability

Energy Savings

Film Enhancement

Matte Finish

Process Stability

Resin Replacement

Sustainability

Data Sheets

Details

Sustainable

HM10® M3 A fine grade CaCO₃ concentrate. Designed for polyolefin applications where extrusion conditions demand easier dispersion.

Calcium Carbonate

LLDPE

Materials:

CaCO₃, LLDPE

Compatible Resin:

LLDPE, HDPE, LDPE

Antiblock

Cycle Time Reduction

Dimensional Stability

Energy Savings

Film Enhancement

Matte Finish

Process Stability

Reinforcement

Resin Replacement

Sustainability

Data Sheets

Details

Sustainable

HM10® Max The industry standard fine grade CaCO₃ concentrate. A market leading mineral solution for polyolefin property and performance enhancement.

Calcium Carbonate

LLDPE

Materials:

CaCO₃, LLDPE

Compatible Resin:

LLDPE, HDPE, PP

Antiblock

Cycle Time Reduction

Dimensional Stability

Energy Savings

Film Enhancement

Matte Finish

Process Stability

Reinforcement

Resin Replacement

Sustainability

Data Sheets

Details

Sustainable

HM10® MaxPlus Next generation fine grade CaCO₃ concentrate. Optimized design for maximum mineral loading, improved dispersion, and optimum performance.

Calcium Carbonate

LLDPE

Materials:

CaCO₃, LLDPE

Compatible Resin:

LLDPE, HDPE, PP

Antiblock

Cycle Time Reduction

Dimensional Stability

Energy Savings

Film Enhancement

Matte Finish

Process Stability

Reinforcement

Resin Replacement

Sustainability

Data Sheets

Details

Sustainable

HM10® MSR A fine grade CaCO₃ concentrate with added moisture scavenger. For applications utilizing recycled content with problematic moisture levels.

Calcium Carbonate

Calcium Oxide

Materials:

CaCO₃, CaO, LLDPE

Compatible Resin:

LLDPE, HDPE

Antiblock

Cycle Time Reduction

Dimensional Stability

Energy Savings

Film Enhancement

Matte Finish

Process Stability

Reinforcement

Resin Replacement

Moisture Reduction

Data Sheets

Details

Sustainable

HM10® S A fine grade CaCO₃ concentrate with 0.5% oleamide slip. Will impart useful slip and antiblock properties to most LLDPE film applications.

Calcium Carbonate

Materials:

CaCO₃, LLDPE, Oleamide Slip

Compatible Resin:

LLDPE, HDPE

Antiblock

Cycle Time Reduction

Dimensional Stability

Energy Savings

Film Enhancement

Matte Finish

Process Stability

Reinforcement

Resin Replacement

Slip

Data Sheets

Details

Sustainable

HM10® S1 A fine grade CaCO₃ concentrate with 1% oleamide slip. Will impart useful slip and antiblock properties to most LLDPE film applications.

Calcium Carbonate

LLDPE

Oleamide Slip

Materials:

CaCO₃, LLDPE, Oleamide Slip

Compatible Resin:

LLDPE, HDPE

Antiblock

Cycle Time Reduction

Dimensional Stability

Energy Savings

Film Enhancement

Matte Finish

Process Stability

Reinforcement

Resin Replacement

Slip

Data Sheets

Details

Sustainable

HM10® S2 A fine grade CaCO₃ concentrate with 2% oleamide slip. Will impart useful slip and antiblock properties to most LLDPE film applications.

Calcium Carbonate

LLDPE

Oleamide Slip

Materials:

CaCO₃, Oleamide Slip, LLDPE

Compatible Resin:

LLDPE, HDPE

Antiblock

Cycle Time Reduction

Dimensional Stability

Energy Savings

Film Enhancement

Matte Finish

Process Stability

Reinforcement

Resin Replacement

Slip

Data Sheets

Details

Sustainable

HM10® S5 A fine grade CaCO₃ concentrate with 5% oleamide slip. Will impart useful slip and antiblock properties to most LLDPE film applications.

Calcium Carbonate

LLDPE

Oleamide Slip

Materials:

CaCO₃, Oleamide Slip

Compatible Resin:

LLDPE, HDPE

Antiblock

Cycle Time Reduction

Dimensional Stability

Energy Savings

Film Enhancement

Matte Finish

Process Stability

Reinforcement

Resin Replacement

Slip

Data Sheets

Details

Sustainable

HM10® S5Plus A fine grade CaCO₃ concentrate with 5% oleamide slip with increased mineral content. Will impart useful slip and antiblock properties.

Calcium Carbonate

LLDPE

Oleamide Slip

Materials:

CaCO₃, Oleamide Slip, LLDPE

Compatible Resin:

LLDPE, HDPE

Antiblock

Cycle Time Reduction

Dimensional Stability

Energy Savings

Film Enhancement

Matte Finish

Process Stability

Reinforcement

Resin Replacement

Slip

Data Sheets

Details

Sustainable

HM10® TC A fine grade CaCO₃ concentrate with an enhanced AO package. Suitable for extrusion processes where improved thermal stability is desired.

Calcium Carbonate

LLDPE

Enhanced Antioxidant

Materials:

CaCO₃, Enhanced Antioxidant, LLDPE

Compatible Resin:

LLDPE, HDPE

Antiblock

Cycle Time Reduction

Dimensional Stability

Energy Savings

Film Enhancement

Matte Finish

Process Stability

Reinforcement

Resin Replacement

Sustainability

Data Sheets

Details

HM10® VM A fine grade CaCO₃ concentrate formulated with a polyolefin elastomer. Ideal for applications where extra impact strength is required.

Calcium Carbonate

Polyolefin Elastomer

Materials:

CaCO₃, Polyolefin Elastomer

Compatible Resin:

PP

Cycle Time Reduction

Energy Savings

Matte Finish

Process Stability

Resin Replacement

Impact Modifier

Data Sheets

Details

HPA2001 A PFAS free polymer processing aide formulated with patented Baerlocher technology. Appropriate for most food contact applications.

PFAS Free PPA

Materials:

PFAS Free PPA, LDPE

Compatible Resin:

LLDPE, HDPE, LDPE

Process Aide

Data Sheets

Details

HPA2001F A PFAS free polymer processing aide formulated with patented Baerlocher technology. Appropriate for all food contact conditions (A-H).

PFAS Free PPA

Materials:

PFAS Free PPA, LDPE

Compatible Resin:

LLDPE, HDPE, LDPE

Process Aide

Data Sheets

Details

HPA2003 A traditional fluoropolymer processing aide. Appropriate for PE film applications with the most demanding performance requirements.

PPA

LLDPE

Materials:

PPA, LDPE

Compatible Resin:

LLDPE, HDPE

Process Aide

Data Sheets

Details

HS9550F A 5% oleamide slip masterbatch for use in LLDPE film applications. Appropriate where clarity maintenance and fast blooming are essential.

Oleamide Slip

LLDPE

Materials:

Oleamide Slip, LLDPE

Compatible Resin:

LLDPE

Slip

Data Sheets

Details

HS9550S A 5% erucamide slip masterbatch for use in LLDPE film applications. Appropriate where clarity maintenance and slow blooming are essential.

Erucamide Slip

LLDPE

Materials:

Erucamide Slip, LLDPE

Compatible Resin:

LLDPE

Slip

Data Sheets

Details

HS9820S A 2% erucamide slip masterbatch for use in LLDPE film applications. Appropriate where clarity maintenance and slow blooming are essential.

Erucamide Slip

LLDPE

Materials:

Erucamide Slip, LLDPE

Compatible Resin:

LLDPE

Slip

Data Sheets

Details

HST6000 A fine particle talc masterbatch. It is an ideal antiblock and also contains 5% oleamide slip and is ideal for many LLDPE film applications.

Talc

Oleamide Slip

LLDPE

Materials:

Talc, Oleamide Slip, LLDPE

Compatible Resin:

LLDPE

Slip

Antiblock

Data Sheets

Details

HT6000 A fine particle talc masterbatch. Ideal for use as an antiblock in LLDPE film but is suitable for other PE based applications.

Talc

LLDPE

Materials:

Talc, LLDPE

Compatible Resin:

LLDPE

Dimensional Stability

Matte Finish

Reinforcement

Antiblock

Data Sheets

Details

HT60HD A fine particle talc masterbatch. Suitable for HDPE sheet applications where improved stiffness and dimensional stability are desirable.

Talc

HDPE

Materials:

Talc, HDPE

Compatible Resin:

HDPE

Dimensional Stability

Matte Finish

Reinforcement

Data Sheets

Details

HT65HD A fine particle talc masterbatch. Suitable for many HDPE applications where improved stiffness and dimensional stability are desirable.

Talc

HDPE

Materials:

Talc, HDPE

Compatible Resin:

HDPE

Dimensional Stability

Matte Finish

Reinforcement

Data Sheets

Details

HT6P A fine particle talc masterbatch. Designed for the most demanding PP thermoforming applications but is also useful for general purposes.

Talc

PP

Materials:

Talc, PP

Compatible Resin:

PP

Dimensional Stability

Matte Finish

Reinforcement

Data Sheets

Details

HT6P LM A fine particle talc masterbatch. Suitable for most PP sheet applications where improved stiffness and low melt flow are desired.

Talc

PP

Materials:

Talc, PP

Compatible Resin:

PP

Dimensional Stability

Matte Finish

Reinforcement

Data Sheets

Details

HT6 UV A fine particle talc masterbatch. Suitable for outdoor PP applications requiring a combination of improved stiffness and UV protection.

Talc

UV Inhibitor

PP

Materials:

Talc, UV Inhibitor, PP

Compatible Resin:

PP

Dimensional Stability

Matte Finish

Reinforcement

UV Stability

Data Sheets

Details

HT7600 A medium particle talc concentrate. Suitable for a wide variety PE based applications where utilization of talc would be beneficial.

Talc

LLDPE

Materials:

Talc, LLDPE

Compatible Resin:

LLDPE

Dimensional Stability

Matte Finish

Reinforcement

Antiblock

Data Sheets

Details

HT7HP A fine particle talc concentrate. Suitable for most PP applications where maximum stiffness and dimensional stability is required.

Talc

PP

Materials:

Talc, PP

Compatible Resin:

PP

Dimensional Stability

Matte Finish

Reinforcement

Data Sheets

Details

HUV7831 Versatile masterbatch with a synergistic HALS blend. Ideal for polyethylene applications requiring UV resistance and indirect food contact.

LLDPE

UV Inhibitor

Materials:

UV Inhibitor, LLDPE

Compatible Resin:

LLDPE

UV Stability

Data Sheets

Details

Sustainable

LC2000 A fine grade CaCO₃ concentrate with additional AO included. Suitable for most processes where improved thermal stability is desired.

Calcium Carbonate

Enhanced Antioxidant

LLDPE

Materials:

CaCO₃, Enhanced Antioxidant, LLDPE

Compatible Resin:

LLDPE

Antiblock

Cycle Time Reduction

Dimensional Stability

Energy Savings

Film Enhancement

Matte Finish

Process Stability

Reinforcement

Resin Replacement

Sustainability

Data Sheets

Details

LC565W A fine grade CaCO₃ concentrate useful in a wide variety of applications. Includes titanium dioxide in order to provide additional opacity.

Calcium Carbonate

Titanium Dioxide

LLDPE

Materials:

CaCO₃, TiO₂, LLDPE

Compatible Resin:

LLDPE

Antiblock

Cycle Time Reduction

Dimensional Stability

Energy Savings

Film Enhancement

Matte Finish

Opacity/White

Process Stability

Reinforcement

Resin Replacement

Data Sheets

Details

MinaCoat E1 A fine particle size CaCO₃ masterbatch. Designed for inclusion in LDPE extrusion coating applications for use as high as 65 wt%.

Calcium Carbonate

LDPE

Materials:

CaCO₃, LDPE

Compatible Resin:

LDPE

Coating

Resin Replacement

Data Sheets

Details

MinaCoat E3 A fine particle size CaCO₃ masterbatch. Designed for inclusion in LDPE extrusion coating applications for use as high as 60 wt%.

Calcium Carbonate

LDPE

Materials:

CaCO₃, LDPE

Compatible Resin:

LDPE

Coating

Resin Replacement

Data Sheets

Details

MinaCoat E3W A fine particle size CaCO₃ masterbatch with titanium dioxide. Designed for inclusion in LDPE extrusion coating applications.

Calcium Carbonate

LDPE

Materials:

CaCO₃, LDPE

Compatible Resin:

LDPE

Coating

Resin Replacement

Data Sheets

Details

MSR55PE CaO concentrate designed for thin film applications utilizing recycled/reclaimed content where lower moisture levels are desired.

Calcium Oxide

LLDPE

Materials:

CaO, LLDPE

Compatible Resin:

LLDPE

Moisture Reduction

Data Sheets

Details

MSR70PE CaO concentrate designed for film and general applications utilizing recycled/reclaimed content where lower moisture levels are desired.

Calcium Oxide

LLDPE

Materials:

CaO, LLDPE

Compatible Resin:

LLDPE

Moisture Reduction

Data Sheets

Details

PolyMax HD A fine grade CaCO₃ concentrate designed with homopolymer HDPE. For blow molding applications where maximum flexural modulus is desirable.

Calcium Carbonate

HDPE

Materials:

CaCO₃, HDPE

Compatible Resin:

HDPE

Antiblock

Cycle Time Reduction

Dimensional Stability

Energy Savings

Film Enhancement

Matte Finish

Process Stability

Reinforcement

Resin Replacement

Data Sheets

Details

Sustainable

PolyMax LC A fine grade CaCO₃ concentrate useful in a wide variety of blow molding applications. Balances performance with cost efficiency.

Calcium Carbonate

LLDPE

Materials:

CaCO₃, LLDPE

Compatible Resin:

LLDPE, HDPE, PP

Antiblock

Cycle Time Reduction

Dimensional Stability

Energy Savings

Film Enhancement

Matte Finish

Process Stability

Reinforcement

Resin Replacement

Sustainability

Data Sheets

Details

Sustainable

RenuSmart A CaCO₃ masterbatch formulated with biogenically produced OceanCal. Suitable for most applications and contains 60% renewable content.

Calcium Carbonate

LLDPE

Materials:

CaCO₃, LLDPE

Compatible Resin:

LLDPE

Renewable

Resin Replacement

Sustainability

Data Sheets

Details

WC43UV A TiO₂ masterbatch formulated with a UV package. Suitable for many outdoor PE applications requiring white pigmentation.

Calcium Carbonate

Titanium Dioxide

UV Inhibitor

LLDPE

Materials:

CaCO₃, TiO₂, UV Inhibitor, LLDPE

Compatible Resin:

LLDPE

Opacity/White

UV Stability

Data Sheets

Details

WC70BW A blue-white TiO₂ masterbatch. Suitable for most PE applications requiring maximum opacity and a cleaner cooler white.

Titanium Dioxide

LLDPE

Materials:

TiO₂, UV Inhibitor, LLDPE

Compatible Resin:

LLDPE

Opacity/White

Data Sheets

Details

WC70PE A neutral tone TiO₂ masterbatch. Suitable for most PE applications requiring maximum opacity and whiteness.

Titanium Dioxide

LLDPE

Materials:

TiO₂, LLDPE

Compatible Resin:

LLDPE

Opacity/White

Data Sheets

Details

WC7550PE A filled TiO₂ masterbatch. Suitable for most general purpose PE applications requiring a balance of cost and opacity generation.

Titanium Dioxide

LLDPE

Calcium Carbonate

Materials:

CaCO₃, TiO₂, LLDPE

Compatible Resin:

LLDPE

Opacity/White

Data Sheets

Details

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