Products

Colored pellets and color masterbatches

These colored plastic raw materials are indispensable for adding color to plastics used in every aspect of our lives. We also have a lineup of color masterbatches containing highly concentrated pigments and dyes for drop-in coloring to meet all kinds of customer needs, including streamlining. We can handle a wide range of target resins, from general-purpose resins to engineering plastics. We can also accommodate special colorants, small-lot prototypes, small-lot products, and quick delivery. 

General-purpose resins: 

PP,PE,PS,ABS,PET

Engineering plastics:

 POM,PA,PC, m-PPE, PBT,PAR,PSF,PES,PPS,PEEK,PI,PEI,LCP etc.

 

High filler filling masterbatch

Inorganic fillers such as carbon, talc, and calcium carbonate are kneaded into the resin in high concentrations to form master batches. The masterbatch process eliminates scattering of fillers at the work site and prevents contamination of the plant. In addition, our unique dispersion and melt kneading technology reduces filler re-agglomeration during the molding process, preventing the mixing of foreign matter and the formation of deterioration. The filler filling amount can be increased up to 80%, which contributes to further rationalization and reduction of defect rate. We can also meet the needs of customers who want to preserve the L/D of long-fiber filler as much as possible, or who want to apply it to engineering plastics as well.

Metal-containing, high specific gravity compounds

 ↓ Click on image to enlarge

This is a metal-filled compound made by using our proprietary compounding extruder specially developed for high-filled compounds.

It can be used for various types of molding such as injection molding and extrusion molding, and is used for high design, electromagnetic shielding, ballast, and weights for fishing equipment.

We can also produce compounds made of other metals such as aluminum, iron, cobalt, nickel, germanium, etc., according to various requests. Binder resins can be selected from a variety of thermoplastic resins raging from general-purpose resins to engineering plastics.

Please feel free to contact us.


Flame retardant masterbatch (halogen-free)

This is a new type of halogen-free flame retardant masterbatch that passes various flame retardant standards with low additive concentration (2-5%) to polyolefin fibers, films, nonwoven fabrics, etc. In addition, the flame retardant component has excellent extraction resistance and has a HALS skeleton, so it can simultaneously provide excellent light resistance and long-term thermal stability. Please contact us about the applicable resins.

 


Flame retardancy standard(PO series): FMVSS 302 pass, Oxygen index: 24 to 28

Metal inactivation masterbatch

Metal inactivation suppresses the generation of free radicals in the resin due to polyvalent metal ions in minerals such as pigments and fillers and residual catalysts, and prevents degradation of the resin due to polymer chain breakage, etc. They are also attracting attention for preventing degradation over time due to the migration of metal ions in applications where they come in contact with metals, such as wire coatings and sliding resins.


Anti-blocking masterbatch

This is a masterbatch to prevent blocking (sticking) of resin films, etc. using special spherical fine particles. Sharp particle size distribution minimizes strength reduction of matrix resins, and our proprietary external dispersion technology exhibits an excellent anti-blocking effect with a small amount of addition.

Deterioration prevention masterbatch

The occurrence of deterioration during inflation molding, T-die molding, and deformed extrusion molding not only causes appearance defects and foreign matter contamination, but also makes continuous molding difficult and reduces product yield. Especially when colorant and inorganic fillers are added, the occurrence of deterioration is noticeable.

Our deterioration prevention masterbatch is immiscible with the majority of polymers and moves at a high velocity during melt flow, forming a thin coating layer on the metal surface of the die. This layer directly contributes to the improvement of processability during extrusion molding.

It is mainly appropriate for olefin resins and is available in two types: for T-die inflation molding and for deformed extrusion and blow molding. (Engineering plastics with high melting point are also available on request.)

 

Features

 Eradication of melt fractures (shark skin effect)

 Lessen the occurrence of deterioration

 High gloss surface finish

 Resin pressure drop and improvement of die output

 Faster start-up of manufacturing

 Reduced energy consumption

MFR reforming masterbatch for PP

This is the masterbatch to improve the melt flow of PP resins. It is used to improve the production efficiency of PP fibers, films, non-woven fabrics, etc. It is also utilized in the field of material recycling, where it is optimized for injection molding by adding it to recycled or repelleted PP sheet ends or extrusion molded products with relatively low melt flow rates.

Masterbatch of cross-linker for PE, EVA and rubber

This is the masterbatch of organic peroxides used for foam molding of PE and EVA and cross-linking of various rubbers. Usually, organic peroxides supplied in liquid form or in flakes with low melting point are difficult to handle. Masterbatching them greatly improves handling and can be used safely. You can choose the type and concentration of organic peroxide and carrier resins according to your requirements.


Thickening Masterbatch

Polyester-based resins such as PET, PBT, and PC have a low melt viscosity and are prone to draw-down during T-die molding and extrusion molding, and die wells and neck-in are noticeable, causing product thickness fluctuations during continuous molding. Adding a small amount of thickening masterbatch to these resins can increase melt viscosity and improve moldability, as well as provide the melt tension necessary to form independent and uniform cells during foam molding. 

Please feel free to contact us.

For inquiries, please contact: +81-72-874-1732 

Click here to contact us by e-mail.

Access

Location

5-4-34, Kano, Higashiosaka-shi, Osaka, 578-0901, Japan


Access

By train

 〇about 10 minutes by taxi from Suminodo Station on the JR Katamachi Line

 〇about 10 minutes by taxi from Yoshita Station on the Kintetsu Keihanna Line


By car

 〇about 10 minutes from Hanshin Expressway No.13 Higashi-Osaka Line Mizuhai Exit



Disclaimer

We shall not be held responsible for any trouble, loss or damage that may occur as the result of using this site.


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