We offer the high-performance waxes developed by Japan Natural Products (JNP). JNP produces the three wax series: Natural wax, Synthetic wax, and Hybrid wax. Among them, the Synthetic wax series has the highest-performance waxes composed of linear hydrocarbon wax and plant-derived ester wax.
SMART WAX, the hybrid wax of JNP, consists of synthetic wax and natural ester in the exquisite ratio, and you can make a high-quality lipstick with enough strength and soft feeling by using only it. The variation of strength depending on species of oil is minimum, and you can use it easily. Therefore, it should become the prime candidate in any application you develop. You can use it for various oil base cosmetics, not only a lipstick but also a stick type foundation and a pour-in type foundation.
SMART WAX 7743S is the mixed wax composed of linear hydrocarbon wax, ester wax from Candelilla, and Carnauba wax. You can make a lipstick with enough strength and soft feeling by using only it. In addition, it functions as a replacement for ceresin and ozokerite.
Product name: SMART WAX 7743S
INCI name: Synthetic Wax,
Candelilla Wax Esters,
Copernicia Cerifera (Carnauba) Wax
Melting point: 78-85℃
Net weight: 10 kg
Natural index / Natural origin index: 0.20 / 0.20
SMART WAX 202S is the mixed wax composed of linear hydrocarbon wax and ester wax from Carnauba. You can also make a lipstick with enough strength and soft feeling by using only it as with SMART WAX 7743S, but its lipstick has smoother feeling than 7743S.
Product name: SMART WAX 202S
INCI name: Synthetic Wax,
Copernicia Cerifera (Carnauba) Wax
Melting point: 78-86℃
Net weight: 10 kg
Natural index / Natural origin index: 0.20 / 0.20
We added the six kinds of wax including SMART WAX 7743S and 202S to the two kinds of oil and compared their stick tolerance (the horizontal axis) and their softness of surface (the vertical axis). The graph indicates that 7743S and 202S have excellent strength and soft feeling. Moreover, it is showed that the variation of the performance depending on species of oil is small because each of their dots is close.