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- Non-halogen, Phosphate-Type Flame Retardants (TERRAJU)
- As an exclusive agency for Budenheim Ibérica S.L.S.C. in Japan market, CBC provides a series of products centering not only on ammonium polyphosphate but also melamine derivatives and intumescent systems (thermal expansion system).
Ammonium Polyphosphate (Phase I)
The product has properties of lower decomposition temperature and higher solubility in water due to lower degree of polymerization compared to phase Ⅱ ammonium polyphosphate.
| Product | Characteristics |
|---|---|
| FR CROS 481 | Degree of polymerization=20, D50=12 microns |
| FR CROS 480 | Degree of polymerization=40, D50=14 microns |
| FR CROS 485 | Degree of polymerization=60, D50=16 microns |
| FR CROS 485P | Degree of polymerization=80, D50=20 microns |
Ammonium Polyphosphate (Phase II)
The material is a high molecular-type ammonium polyphosphate with a polymerization degree of over 1000 along with many cross linking points and branches. It has properties with higher decomposition temperature and lower water solubility. It can be used for many applications with modification of its properties by coating its surface with a variety of materials.
●Non-coated Type
| Product | Characteristics |
|---|---|
| FR CROS 484 | Standard grade, D50=18 microns |
| FR CROS 484F | FR CROS 484 fine grade, D50=15 microns |
| TERRAJU S-10 | Super fine grade created with special technology, D50=7 microns |
●Coated Grades
| Product | Characteristics |
|---|---|
| FR CROS 486 | Silane coated FR CROS 484 |
| FR CROS 487 | Melamine resin coated FR CROS 484 |
| TERRAJU C-30 | Melamine resin coated TERRAJU S-10 |
| TERRAJU C-40 | Melamine coated, D50=18 microns |
| TERRAJU C-60 | Melamine resin coated, super fine grade |
| TERRAJU C-70 | Melamine resin coated, standard grade |
| TERRAJU C-80 | TERRAJU C-70 of higher water resistance and expansion properties |
Melamine Derivatives
Excellent flame retardant properties can be achieved for specific applications by using it alone or in combination with ammonium polyphosphate.
| Product | Characteristics |
|---|---|
| BUDIT 310 | Melamine orthophosphate, D50=10 microns, pH=5 |
| BUDIT 311 | Melamine pyrophosphate, D50=10 microns, pH=3 |
| BUDIT 311MPP | Melamine pyrophosphate, D50=10 microns, pH=4 |
| BUDIT 312 | Melamine polyphosphate, D50=10 microns, pH=2 |
| BUDIT 3141 | Melamine polyphosphate, D50=8 microns, pH=6 |
| BUDIT 313 | Melamine borate, D50=15 microns |
| BUDIT 313G | Granular-typed BUDIT 313 |
| BUDIT 314 | Standard grade of melamine cyanurate, D50=8 microns |
| BUDIT 315 | Fine grade of BUDIT 314, D50=3 microns |
| BUDIT 315S | Coated grade of BUDIT 315 |
| BUDIT 326 | Boron phosphate |
Intumescent systems
Flame retardant properties can be achieved in base materials containing oxygen, by just adding to raw materials.
| Product | Characteristics |
|---|---|
| BUDIT 3077 | Standard type, for thermoplastic resins |
| BUDIT 3076DCD | Coated type, for thermoplastic resins |
| BUDIT 3098 | Standard type, for thermosetting resins |
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- Besides the above products, Budenheim Ibérica focuses on the development of tailor-made products to enhance customer satisfaction by taking advantage of their coating technologies.
