PP-Strengthened Masterbatch

  • Product No:NS-01
  • Manufacturer:Shachihata Inc.

PP-strengthened masterbatch NS-01 is a pellet-shaped additive that (by dry blending with PP resin using existing equipment) can drastically increase tensile yield point and JIS (Japanese Industrial Standards) tensile rupture strength. This allows you to save materials resource and reduce transport expenses.

Reduce Material Cost:

By adding NS-01 to PP resin, the tensile yield point is increased approximately 40%. By decreasing thinness in proportion to the increase in strength, material costs can be reduced.

Reduce Manufacturing Cost:

In the molding process, increased productivity expected since crystallization of the material is improved.

Reduce Transportation Cost:

With the increase in strength and subsequent thinning of materials, the weight of finished products can be decreased dand the energy cost of transportation can be reduced.

Reduce Disposal Cost:

As the amount of materials has been decreased, it naturally follows that the environmental load as well as the disposal costs are reduced in relation to the reduction in materials used when it comes time for disposal.


                                                                     3% NS-01     1% NS-01      未添加 NS-01

Rate of Tensile Elasticity [MPa]                     633              616                     444

Resilience [MJ/m³]                                          24.9             23.8                    17.0

Tensile Yield Point [MPa]                               4.54             4.37                    3.47

Tensile Rupture Strength [MPa]                     47                47.3                    42

Crystallization Temperature [℃]                    679              668                     573

Sheet Permeability [%]                                  31.5             30.5                    28

Toughness [MJ/m³]                                         116.1           115.5                  106

Crystallization [%]                                           91.1             91.3                    92.0

Sheet Contraction Ratio [%]                          3.2               0.8                      no