Fireproof Door Lock Stainless Steel Push Lock Fire Safety Door Lock for Baked Paint Single Door with External Handle in Modern Simplicity Style
External Handle
£35.98
Skip to product information
This stainless steel push lock is a purpose-built security component designed for integration with fireproof doors. Its specification targets a clear application: baked paint single doors with a width of 65 centimetres. The inclusion of an external handle distinguishes it as an operational mechanism meant for use in scenarios where quick, unambiguous access or egress might be required, aligning with fire safety protocols. The material choice of stainless steel offers a practical baseline of durability against environmental factors like moisture and the elevated temperatures associated with its intended safety role.
The product's design centres on fulfilling a specific functional requirement within a fire safety system.
This lock has a defined role within building safety infrastructure.
The value of this product lies in its specificity and material choice.
Fireproof Door Lock Stainless Steel Push Lock Fire Safety Door Lock for Baked Paint Single Door with External Handle in Modern Simplicity Style
£35.98
Stainless Steel Fire Safety Push Lock for 65cm Baked Paint Doors
Features and Construction
Material and Build
The lock's construction utilises stainless steel, a material selected for its inherent properties. These include resistance to rust and a degree of thermal stability, which are relevant considerations for hardware installed in a fire-rated door assembly. The finish is described as involving paint, contributing to the stated 'modern simplicity' style. The build is focused on the push lock mechanism itself, a type of lock operated by applying pressure rather than turning a key.Size and Practical Fit
A key differentiator for this product is its specified application size. It is configured for doors with a width of 65cm. This measurement is crucial for determining compatibility and indicates the product is not a universal fit but intended for doors of this specific dimension. The fact that it is for a 'single door' further defines the scope of its use, as opposed to double doors or other configurations.Uses and Placement
Event or Professional Use
Its primary use case is within commercial, public, or multi-occupancy residential buildings where fire safety regulations mandate specific door hardware. The push lock mechanism, combined with the external handle, suggests an installation point where controlled access is needed but where the lock can be disengaged quickly from one side—a common requirement for fire exits or doors within fire escape routes. The specification for a 'baked paint' door indicates compatibility with a particular door finishing process.Everyday Home Use
While its core design is for compliance and safety in larger buildings, similar principles could apply to domestic settings where homeowners seek to upgrade internal doors (e.g., to a utility room or garage) with a simple, robust locking mechanism that also considers basic fire separation. The modern simplicity style allows it to blend into various interiors without appearing overly industrial.Benefits and Buying Value
Reuse and Low Maintenance
The stainless steel construction implies a product that will not require frequent replacement due to rust or corrosion in normal interior environments. Its design as a mechanical push lock, without complex electronics, suggests minimal maintenance needs—typically just ensuring the mechanism moves freely. This contributes to a longer functional lifespan within its application.Why Choose This Product
This lock is chosen when the requirement is clearly defined: a stainless steel push lock with an external handle for a 65cm wide, baked paint, single fire door. It avoids the uncertainty of generic fittings. The buyer receives a component that matches these exact specifications, reducing the risk of purchasing an incompatible product. Its value is in its precision fit for a stated purpose, backed by the practical advantages of its material construction.