Unlike design for environment, design for recycling did not contribute significant influence on reverse logistics product disposition options. Other than adjusting firm’s preference in types of raw materials, product designers are advised to cluster compatible materials to ease identification of valuable, recyclable and recycled materials. However, the absence of relationships between design for recycling and product disposition options may have resulted from manufacturer’s disinterest towards product takeback except for manufacturing-related and distribution-related returns. This view is supported by Eltayeb and Zailani (2010), who revealed that manufacturers seldom accept products beyond sales except for commercial returns and are more inclined to execute minor reuse activity such as recycling of packaging. Take-back legislation in Malaysia is under formulation and the absence of coercive pressure has done little in motivating the introduction of liberal return policy for collecting recyclable equipments (Tengku- Hamzah, 2011). Among some developed and developing countries, regulative requirements impose financial and physical obligations (Lee and Na, 2010; Terazono et al., 2006) on producers to exercise extended responsibility by taking back post-use consumer products for recycling and disposal. The threat of legal expenditures due to non-compliance potentially induce the integration of DfE and DfR attributes into EEEs so that the recoverable rate of products levels up with the standards outlined by WEEE. At the point of writing, design for recycling is not as well received as product safety and quality issues create daunting challenges to the use of recycled material.