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Nucleating Agent

BTD-8806

Crystallization accelerators improve heat resistance in PLA.

  • Chemical name :

    arylsulphonate
  • Appearance :

    White powder
  • Decomposition temperature(Td) :

    411℃
  • Recommended Dosage :

    0.3~0.8phr
  • Processing Temperature :

    160-220℃

Nucleating agent BTD-8806

 

Scope of application

 

Aryl sulfonates are mainly used as nucleating agents in the following fields:

1. Degradable plastics: such as polylactic acid (PLA ), to improve the heat distortion temperature and mechanical properties.

2. Rapid prototyping process: shorten the molding cycle, reduce processing temperature, and improve production efficiency.

 

Function and purpose

 

The core function of aryl sulfonates as nucleating agents is to optimize the crystallization behavior of polymers through heterogeneous nucleation mechanism, the specific purposes include:

.   Accelerating the crystallization rate: providing nucleation in the molten state to promote the orderly arrangement of  polymer molecular chains and accelerate the crystallization rate.

.   Refinement of grain size: Formation of a uniform and fine crystal structure, improving the rigidity, impact strength and heat deflection temperature of the material (can be increased by 10-20°C).

.   Improve processing performance: reduce molding shrinkage, enhance dimensional stability and reduce processing energy consumption.

.   Enhancement of optical properties: Improve the transparency and surface gloss of products by suppressing the scattering phenomenon caused by the growth of spherical crystals.

 

Structure

 

The molecular structure of aryl sulfonates usually contains an aromatic ring skeleton combined with a sulfonic acid group to form a salt compound with a polar functional group. The molecular and structural formulas are

 

Product properties

 

Product data 

 

 

 

 

Product

specification

 

Nucleating  agent BTD- 8806

 

 

Test item

 

Standard

Unit

Measuring method

1

Appearance

White powder

/

/ 1

2

Whiteness (R457)

≥90

/

/

3

Grain size

10

μm

/

 

4

Non-volatile

matter content (105℃)

 

≥98.5

% of the total number of

particles

 

/

5

Td-5%

411

TGA

 

Degradable Plastic Application

 

Experimental Data

 

 

 

 

 

Experimental group

 

 

Addition

amount (%)

 

 

Cooling time (s)

Crystallization peak

temperature (℃)

1

BTD-8806

0.5

66

106

2

Talcum powder

10

75

92

3

Blank group

0

> 300

/

 

Supplementary data

 

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