Circular By Design. Reclaimed With Purpose.

We recover manufacturing trimmings and integrate select post-consumer materials into our process - reducing waste and creating durable, long-life products.

Every Product we make begins with a responsibility to reduce waste. By converting in-house trimmings and post-consumer recycled (PCR) milk packets into a valuable material, we keep resources in circulation and build products designed to last 15–20 years.

HOW WE CLOSE THE LOOP

Step-1

Collection

We systematically collect all production trimmings and rejected components generated during manufacturing. Instead of being discarded, these clean, single-source materials are segregated at the factory level, ensuring traceability and consistent material quality. This controlled collection forms the foundation of our circular recycling workflow.

Step-2

Shredding

The collected plastic components are processed in our in-house industrial shredder. This step reduces larger pieces into uniform, manageable fragments, improving material consistency and enabling precise downstream processing. Controlled shredding ensures the material blends evenly while maintaining predictable performance characteristics.

Step-3

Blending with PCR Material

Shredded production material is carefully blended with post-consumer recycled (PCR) milk packets. This measured blending process allows us to responsibly incorporate recovered consumer waste while maintaining structural integrity. The result is a stable material mix that reduces reliance on virgin inputs without compromising product durability.

Step-4

Pulverising

The blended material is further processed in our in-house pulveriser, where it is converted into a fine, uniform black powder. Precise control over particle size and consistency ensures reliable melt behaviour during rotomoulding, enabling smooth layer formation and consistent wall thickness in the final product.

Step-5

Re-Moulding Into Long-Life Products

The recycled black powder is used to form the inner structural layer of our planters through rotomoulding. This layered construction provides enhanced strength, impact resistance, and dimensional stability while keeping recycled material safely encapsulated within the product. The result is a robust planter engineered for demanding environments, with an expected service life of 15–20 years.