Fiesta Disposable plates

Fiesta Green Biodegradable Palm Leaf Plates Square 250mm (Pack of 100) 

Fiesta Green Compostable Bagasse Plates Round 260mm (Pack of 50) 

• The renewable, recycled bagasse material is incredibly kind to Earth's natural resources
  
• Bagasse can be commercially composted for more sustainable waste disposal
  
• BS EN 13432 accreditation means the plates will commercially compost in 12 weeks
  
• These plates emit less carbon during production than polystyrene alternatives
  
• The breathable material keeps dishes deliciously crispy

Fiesta Green Biodegradable Palm Leaf Plates Square 200mm (Pack of 100) 

Fiesta Green Biodegradable Deep Palm Leaf Plates Round 175mm (Pack of 100) 

Fiesta Green Biodegradable Palm Leaf Plates Round 250mm (Pack of 100) 

Fiesta Green Biodegradable Deep Palm Leaf Plates Rectangular 250mm (Pack of 100) 

Fiesta Green Biodegradable Palm Leaf Oval Plates 360mm (Pack of 100) 

Fiesta Green Compostable Bagasse Plates Round 179mm (Pack of 50) 

• The renewable, recycled bagasse material is incredibly kind to Earth's natural resources
  
• Bagasse can be commercially composted for more sustainable waste disposal
  
• BS EN 13432 accreditation means the plates will commercially compost in 12 weeks
  
• These plates emit less carbon during production than polystyrene alternatives
  
• The breathable material keeps dishes deliciously crispy

Fiesta Green Compostable Bagasse Square Plates 159mm (Pack of 50) 

• Bagasse is a compostable material made from recycled, waste sugarcane
  
• Compostable within 12 weeks in a commercial composting site
  
• Passes the BS EN 13432 standard for compostability
  
• Greener alternatives to polystyrene plates
  
• Emits less carbon during production than traditional plastic alternatives

Fiesta Green Compostable Bagasse Square Plates 204mm (Pack of 50) 

• Bagasse is a compostable material made from recycled, waste sugarcane
  
• Compostable within 12 weeks in a commercial composting site
  
• Passes the BS EN 13432 standard for compostability
  
• Greener alternatives to polystyrene plates
  
• Emits less carbon during production than traditional plastic alternatives

Fiesta Green Compostable Bagasse Square Plates 261mm (Pack of 50) 

• Bagasse is a compostable material made from recycled, waste sugarcane
  
• Compostable within 12 weeks in a commercial composting site
  
• Passes the BS EN 13432 standard for compostability
  
• Greener alternatives to polystyrene plates
  
• Emits less carbon during production than traditional plastic alternatives

Fiesta Green Compostable Bagasse Oval Plates 198mm (Pack of 50) 

• Bagasse is a compostable material made from recycled, waste sugarcane
  
• Compostable within 12 weeks in industrial composting facilities
  
• Passes the BS EN 13432 standard for compostability
  
• Eco alternatives to polystyrene plates
  
• Emits less carbon during production than traditional plastic alternatives

Fiesta Green Compostable Bagasse Oval Plates 316mm (Pack of 50) 

• Bagasse is a compostable material made from recycled, waste sugarcane
  
• Compostable within 12 weeks in industrial composting facilities
  
• Passes the BS EN 13432 standard for compostability
  
• Eco alternatives to polystyrene plates
  
• Emits less carbon during production than traditional plastic alternatives

Fiesta Green Compostable Bagasse Rectangular Plates 258mm (Pack of 50) 

• Bagasse is a compostable material made from waste sugarcane
  
• Compostable within 12 weeks in commercial composting sites
  
• Passes the BS EN 13432 standard for compostability
  
• Greener alternatives to polystyrene plates
  
• Emits less carbon during production than traditional plastic alternatives

Fiesta Green Compostable Bagasse Round Plates Natural Colour 260mm (Pack of 50) 

• Bagasse is a compostable material made from recycled, waste sugarcane
  
• Compostable within 12 weeks in a commercial composting site
  
• Passes the BS EN 13432 standard for compostability
  
• Eco-friendly substitutes for polystyrene plates
  
• Emits less carbon during production than traditional plastic alternatives