Product code
5000 series
Technical
Full details
Trapped gullies
The gully is the most important part of any surface drainage system as it connects to the building’s foul drainage, filtering the wastewater and preventing foul smells from entering the building.
Our stainless steel gully pots are spun circular which allows the waste to easily slide down into the waste pipe. This ‘self cleaning’ design helps to prevent the build up of bacteria that are commonly found in the corners of square boxed gullies.
All our stainless steel spot gullies are fully roddable; by simply removing the basket and odour trap you gain complete access for cleaning and rodding, eliminating the need for additional rodding points and providing you with a rugged, durable and hygienic product.
| Gully Type | 5150 | 5200 | 5300 | Need something larger? |
| Flow Rate | 1.8 L/s | 3.0 L/s | 6.0 L/s |
Please get in Contact with one of our sales team and they will be able to design a solution for you. |
| Grating Size (mm) | 150 x 150 | 200 x 200 | 300 x 300 | |
| Grating Options |
All gully options are available in all grating options |
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| Outlet Direction |
All gully options are available in both horizontal and vertical options. |
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Technical
Technical Support
Please email sales@componentdevelopments.com
Component Developments has 30 years of experience supplying hygienic stainless steel drainage solutions for some of the best known leisure centers.
Component Developments has 30 years of experience supplying hygienic stainless steel drainage solutions for some of the most prestigious commercial kitchens throughout the UK.
Component Developments designed a stainless steel floor drainage solution specially for places where hygiene and durability are paramount such as the Food and Drink industry.
Challenge: To provide a sustainable, hygienic drainage solution which meets all FDA, hydraulic and design requirements.
Challenge: To offer advice and guidance to specifiers and on-site contractors, whilst supplying the best possible drainage solution.
Challenge: To design and manufacture a drainage solution, taking into account existing pipework, architectural designs and the necessary hydraulic requirements.