Nowadays in construction practice, it is becoming increasingly common to maximize the use of waste material. Application of brick with the waste material is the common practice by other researchers. The study concern the bottom ash as waste material to be utilize as in produce brick. Therefore, this study is innovative and has determined the properties of new HEB. Moreover, this can help in providing the knowledge of information to produce a new HEB by using plastic as replacement sand.

This study also gives information from comparison of the sand cement brick, bottom ash brick and the HSB. It shows that, there is a concern about the properties of different brick will identify in this study because the brick has its own properties compare to other material in industry. Furthermore, by providing the properties of different brick, it would help the researcher who interested in knowing the properties of the bricks.

Furthermore, the importance of identifying the HEB properties is accepted to the requirement of brick in industry which can be used in construction market. Therefore the comparison between standard requirements in this study can be alternative to produce the new requirement especially the method of hybrid in a brick. Other researchers or manufacturers get the substantial of this study.

Moreover with the decreased the cost of the brick, this new formulation of HEB also enhancing the properties compared to others lightweight brick in construction industries. Besides that the optimum design mixes produced also can be other subject which can in the utilization of plastic replacing natural sand and may also reduce an impact to environment.

Targeting the group of building construction and special order project or Premier User.