MFP-CLLAR

MFP-CLLAR is a masterbatch prepared filling 80% calcium carbonate in L-LDPE (plastic).

Features of MFP-CLLAR

  1. Does not result in the loss of physical properties even when used as bulking agent.
  2. When used in films, it improves printing properties and adhesive properties.

Example of Applications of MFP-CLLAR

  1. Can be used as bulking agent.
  2. Garbage bag (white), plastic shopping bag
  3. OA floor
  4. Bleed retardant
  5. PP band

Basic Physical Properties of MFP-CLLAR

MFP-CLLAR
MFP-CLLAR
Specific gravity Water displacement method 1.92
MFR 190℃-10kg g/10min 15
Moisture content Karl Fischer 180℃ ppm 240

* Figures shown here are indicative values and not guaranteed values.


Precautions while using MFP-CLLAR

  1. MFP-CLLAR is of hygroscopic nature. Although aluminum inner bag is used in packaging as moisture proof bag, pay adequate attention to humidity of the storage place.
  2. When bubble formation is seen in the molded articles, there is a possibility of moisture absorption. Use after adequate drying. When moisture exceeds 400 ppm, possibility of bubble formation becomes high.
  3. If the resin temperature is high, “Eye Mucus” may generate. In this case, reduce the resin temperature and adjust it to suitable level.

Changes in MFP-CLLAR moisture over time

[Graph] MFP-CLLAR moisture overtime

Changes in Properties when MFP-CLLAR is added to TPV

Test items Test conditions Other
company
TPV
HS70
TPV
(HS70)
CLLAR
90/10
TPV(HS70)
CLLAR
70/30
Other
company
TPV
HS80
Basic Properties Specific gravity Water displacement method 0.88 0.93 1.04 0.89
Hardness Instant value 70 73 79 87
Durometer A After 9 seconds 64 68 73 83
MFR 230℃-2.16kg g/10min 0.03 0.3 0.3 Does not flow
230℃-10.0kg g/10min 41 54 67 15
Mechanical Properties 100% modulus No. 3 dumbbell MPa 2.1 2.2 2.2 3.8
Tensile yield point stress Stretching speed: MPa 4.2 5.7 5.7 6.7
Elongation after tensile rupture 200mm/min % 390 590 640 410
Permanent compression set 70℃-22h % 37 47 49 57
Machining Garvey die Edge A(Good)⇔E(Poor) B B B B
Swell A(Small)⇔E(Large) A A A C
Bubble formation No No No No
Article Checked with 0.5 mm sheet No./g 0 0 0 0

* Figures shown here are indicative values and not guaranteed values.

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