Articles - Rotational Moulding

Rotational Moulded Compost Bins - Built to last!

View our range of Garden Composters

We manufacture our Classic Rotol and Garden King composters by the process of rotational moulding rather than the more common technologies of either injection moulding or blow moulding. This gives us two main types of benefit, namely: environmental and product quality.

Rotational moulding is a slow, gentle, process. A measured charge of plastic powder (100% recycled) is introduced into the mould. The mould then rotates at about 5 rpm and gently rocks up and down whilst being heated. Powder particles adhere to the mould and other particles to them in a slow, even, process. The mould is then cooled, the plastic contracts and the composter and lid is removed.

Each cycle takes approximately half an hour. But with 12 dedicated machines and a shift production system we can produce upwards of 200,000 composters every year. In addition to this, new moulds and machines can easily and speedily be added to rapidly meet additional demand.

Features and Benefits of Rotational Moulding

Feature Result Benefit
Slow gentle process Even spread of plastic
No weak points
No stress or tension in the product
Longer working life
Perfect lid fit
Easy slide doors/hatches
Individually made & handled Better quality control Only good products get despatched to
customers
Low energy input Less environmental damage
Zero noxious fumes
A better environment
for everyone
Labour intensive Attention to detail A better end product and employment
opportunities

We offer an industry unique 12-year product warranty on both our Rotol and Garden King composters. We know of numerous examples of our composters in use after 25+ years.

Overall, Rotational Moulding is an energy-efficient, less environmentally damaging process, which produces higher quality products with a longer life.

Cards
Padlock
100% Secure Online Ordering

Valid CSS! Internet Shopping Is Safe Accredited Retailer Internet Delivery Is Safe Accredited Retailer Valid XHTML 1.0 Transitional

pre loading pre loading pre loading