Select the variant you want to compare
19mm Safety Lever Handles on 52mm Rose - Polished Stainless Steel
£21.97 ex VAT
19mm Safety Lever Handles on 52mm Round Rose - Satin Anodised Aluminium
£20.24 ex VAT
Select a variant
Polished Stainless Steel
£21.97 ex VAT
Code: 1040.19.02.PSS
Satin Anodised Aluminium
£20.24 ex VAT
Code: 1040.19.02.SAA
Total £21.97 ex VAT
Keyhole
Product code: 1405.13.PSS
Architectural Escutcheon - Euro Profile - Polished Stainless Steel
£3.49 ex VAT
Customers also bought
Product code: 1405.13.PSS
Architectural Escutcheon - Euro Profile - Polished Stainless Steel
£3.49 ex VAT
Product code: 1405.16.PSS
Disabled Bathroom Turn & Indicator Set - Polished Stainless Steel
£24.77 ex VAT
Product code: PP350X75R.PSS
Push Plate, Radiused Corners - Drilled & Countersunk 350 x 75mm - Polished Stainless Steel
£7.40 ex VAT
Customise your own bundle
Our kit builder ensures you have all the products you need to get the job done.
Product code: 1405.13.PSS
Architectural Escutcheon - Euro Profile - Polished Stainless Steel
£3.49 ex VAT
Product code: 1405.16.PSS
Disabled Bathroom Turn & Indicator Set - Polished Stainless Steel
£24.77 ex VAT
Product code: PP350X75R.PSS
Push Plate, Radiused Corners - Drilled & Countersunk 350 x 75mm - Polished Stainless Steel
£7.40 ex VAT
19mm Safety Lever Handles are designed to provide safe, reliable and ergonomic door operation for commercial, public and residential environments. Manufactured from high-quality aluminium and finished in Satin Anodised Aluminium (SAA), these lever handles feature a return-to-door design that helps minimise the risk of clothing snagging, making them ideal for healthcare, education and accessibility-focused applications.
Mounted on 52mm sprung round roses with an 8mm projection, the integrated spring mechanism ensures smooth lever return and consistent operation, reducing wear on the door latch while providing a comfortable user experience. Designed to meet the demands of high-traffic environments, these handles are tested to BS EN 1906 Grade 3, are suitable for FD30 and FD60 fire-rated timber doors, and comply with BS 8300 recommendations for accessible building design. Available in Satin Anodised Aluminium (SAA) and Polished Anodised Aluminium (PAA) finishes, they complement a wide range of contemporary interiors.
Combining lightweight aluminium construction with dependable performance, these return-to-door safety lever handles provide an attractive, durable and practical solution for everyday door hardware applications.
The 19mm Safety Lever Handles are ideal for offices, schools, hospitals, healthcare facilities, hotels, apartment buildings, public buildings and residential properties. Suitable for internal timber and fire-rated doors, they provide a lightweight, durable and accessibility-focused door hardware solution, combining BS EN 1906 Grade 3 certification, FD30/FD60 fire door suitability, and compliance with BS 8300 to deliver reliable performance in demanding commercial and architectural environments.
| 19mm Safety Lever Handles on 52mm Rose - Polished Stainless Steel | 19mm Safety Lever Handles on 52mm Round Rose - Satin Anodised Aluminium | |
|---|---|---|
| Finish | - | - |
| Application | - | - |
| Material | - | - |
| Fire Rating | - | - |
| Rose Diameter (mm) | - | - |
| Product Type | - | - |
| Lever Diameter (mm) | - | - |
| Rose Type | - | - |
| Standards Tested | - | - |
| Rose Projection (mm) | - | - |
| Lever Style | - | - |
Built for the trade. Delivered when you need it.
We dispatch daily using our own fleet across the South West and surrounding regions, with regular weekday routes making next-day supply a realistic option in many areas.
Beyond our direct routes, we use carefully selected delivery partners to ensure the same reliable service and safe handling nationwide.
Need it today?
Order online or through our sales team and collect direct from us.
7 Cavalier Road, Heathfield Industrial Estate, Newton Abbot, TQ12 6TQ
© Copyright 2026 SWS Hardware. All rights reserved.
This website uses cookies to ensure you get the best experience. Learn more