p/n

CaCO3

Base Resin

Features

Usage Levels

CA-P12

60%

PP

– Excellent dispersion
– Good mechanical properties
-MI: 12-18
Used at 15-25% in PP woven bag production (This product can also be used in PP injection molding or extrusion applications at 5-30%).
CA-P75K

80%

PP

– Lamination grade
– High flow properties
– MI: 40-60
Added at 8-18% in PP woven bag production (Can also be used in PP injection molding applications at 5-25% level).
CA-P75A

80%

Poliolefinas

– Economical grade
– Good processibilit
– MI: 30-50
Added at 8-20% in PP woven bag production (Also acts as universal filler masterbatch in various plastic injection molding applications at 5-20%).
Entira 1008 MB

70%

Copolímero

– Process improvement
– Excellent physical properties
– MI: 3-4
This specialty filler compound is used at 5-10%, coupled with CA-P12, in PP woven bag production.

Advantages of using CaCO3 in thermoplastics

    • Reduce cost (beneficial increase in weight and volume)
    • Lower plate out
    • Higher abrasion resistance
    • Increase in stiffness and modulus of elasticity
    • Improve processibility
    • Act as anti blocking agent
    • Improves surface printability
    • Improves stability and aging resistance
    • Improvement in the surface quality of finished parts
    • Improve mold release, reduce surface blooming
    • Increase hot tear strength
    • Reduce shrinkage rate

colphiclafmepkaj

caco3

Recommendation for use

CaCO3 masterbatch/compound products can be blended at a metered rate into the processing equipment. The addition of these product(s) to polymer at levels ranging from 10%-50% by weight will increase the “toughness” and impact strength.

Properties of polypropylene reinforced with CaCO3

Property Loading of CaCO3 Masterbatch

0% – sem enchimento

20%

40%

Mold shrinkage

0.01-0.026

0.009-0.019

0.008-0.0015

Tensile strength (psi)

4600-5900

4500-5600

3800-4800

Tensile Modulus (Kpsi)

160-220

190-280

370-510

Notched Izod
Impact (ft-lb/in)

0.4-1.1

0.5-1.2

0.6-1.1

Deflection
Temperature (ºC)

120-140

130-150

150-190

Thermal
conductivity

2.9

4.2

6.6

The application suggestion, specifications and other data described here are based on experience that the manufacturer believes to be reliable. Because of the characteristics of these products, you should, before using these products in production, perform your own tests to determine to your satisfaction whether these products are acceptable and suitable for your particular purposes under your operation condition.

CaCO3 for Blown Film Apps.

p/n

CaCO3

Base Resin

Average Particle Size

Features

Average Levels

CA-E17

83%

PE

2.2 Micron

– Excellent dispersion properties
– Smooth surface
– Good printability
Add 10-30% in PE blown film production.
CA-E80

80%

PE

1.8 Micron

– Ultra fine film surface
– Excellent printability
Add 10-40% in PE blown film production,
CA-W710 70%
CaCO3+10%TIo2

PE

> 1.8 Micron

– White color (good opacity) Add 20-40% in PE blown film production,

Advantages of using CaCO3 in thermoplastics

  • Reduce cost (beneficial increase in weight and volume)
  • Lower plate out
  • Higher abrasion resistance
  • Increase in stiffness and modulus of elasticity
  • Improve processibility
  • Act as anti blocking agent
  • Improves surface printability
  • Improves stability and aging resistance
  • Improvement in the surface quality of finished parts
  • Improve mold release, reduce surface blooming
  • Increase hot tear strength
  • Reduce shrinkage rate

colphiclafmepkaj

caco3

Recommendation for use

CaCO3 masterbatch/compound products can be blended at a metered rate into the processing equipment. The addition of these product(s) to polymer at levels ranging from 10%-50% by weight will increase the “toughness” and impact strength.

Properties of polypropylene reinforced with CaCO3

Property Loading of CaCO3 Masterbatch

0% – Unfilled

20%

40%

Mold
shrinkage

0.01-0.026

0.009-0.019

0.008-0.0015

Tensile
strength (psi)

4600-5900

4500-5600

3800-4800

Tensile
Modulus (Kpsi)

160-220

190-280

370-510

Notched Izod
Impact (ft-lb/in)

0.4-1.1

0.5-1.2

0.6-1.1

Deflection
Temperature (ºC)

120-140

130-150

150-190

Thermal
conductivity

2.9

4.2

6.6

The application suggestion, specifications and other data described here are based on experience that the manufacturer believes to be reliable. Because of the characteristics of these products, you should, before using these products in production, perform your own tests to determine to your satisfaction whether these products are acceptable and suitable for your particular purposes under your operation condition.

CaCO3 for Specialty Apps.

p/n

CaCO3

Base Resin

Features

Usage Levels

CA-B33P

70%

PP homopolymer

– Outstanding dispersion propertie
– Excellent stretchbility and processibility
BOPP pearlized film, BOPP white opaque film, PP sheet, etc (Usage level at 8-15%).
CA-BR77

55%

Specialty Resin

– Controlled water vapor transmission rat
– Good blown/cast film processibility
Diaper film, breathable sheet compound (100% usage).
CA-ST65

50%

Thermoplastic Elastomer

– Soft and flexible
– Aesthetic appearance
– Hardness 65 shore A
Injection molding compound (100% usage).
CA-E50X

83%

PE

– Excellent mechanical properties
– Excellent processibility
Heavy duty sac (Dosage level at 10-15%).
Bio-K80J

80%

Biopolymer

– Biopolymer based
– Excellent processibility
Injection molding and extrusion PLA products (Dosage level at 10-50%).
NA-P75C

75% (Nano- CaCO3)

Specialty Resin

– Nano-CaCO3 with particle size f 40-80nm
– Outstanding impact properties
PP injection molding and extrusion products (Usage at 10-20%).

Advantages of using CaCO3 in thermoplastics

  • Reduce cost (beneficial increase in weight and volume)
  • Lower plate out
  • Higher abrasion resistance
  • Increase in stiffness and modulus of elasticity
  • Improve processibility
  • Act as anti blocking agent
  • Improves surface printability
  • Improves stability and aging resistance
  • Improvement in the surface quality of finished parts
  • Improve mold release, reduce surface blooming
  • Increase hot tear strength
  • Reduce shrinkage rate

colphiclafmepkaj

caco3

Recommendation for use

CaCO3 masterbatch/compound products can be blended at a metered rate into the processing equipment. The addition of these product(s) to polymer at levels ranging from 10%-50% by weight will increase the “toughness” and impact strength.

Properties of polypropylene reinforced with CaCO3

Property Loading of CaCO3 Masterbatch

0% – Unfilled

20%

40%

Mold
shrinkage

0.01-0.026

0.009-0.019

0.008-0.0015

Tensile
strength (psi)

4600-5900

4500-5600

3800-4800

Tensile
Modulus (Kpsi)

160-220

190-280

370-510

Notched Izod
Impact (ft-lb/in)

0.4-1.1

0.5-1.2

0.6-1.1

Deflection
Temperature (ºC)

120-140

130-150

150-190

Thermal
conductivity

2.9

4.2

6.6

The application suggestion, specifications and other data described here are based on experience that the manufacturer believes to be reliable. Because of the characteristics of these products, you should, before using these products in production, perform your own tests to determine to your satisfaction whether these products are acceptable and suitable for your particular purposes under your operation condition.