CS For Doors' Cavity Sliders Create Flexible Spaces in Apartments

CS For Doors design and manufacture a range of door systems that will enhance any multi-residential development and provide a long lasting point of difference to any build. CS For Doors have a number of projects currently under construction, utilising corner-meeting CS TimberFormed Cavity Sliders. This configuration enables users to open up an area, providing flow throughout the design without sacrificing the need for privacy.

By incorporating the CS NewYorker door leaf, these units can be manufactured to very large sizes, maximising the flow throughout the space. Full height detail can also be specified, enabling the underside of the track to finish flush with the ceiling, eliminating the need for head jambs and providing a continuous flow in the ceiling from one space to another.

CS NewYorker Door

CS Cavity Sliders (CS for Doors)

View Product

The CS NewYorker is a stylish pre-finished door frame that can be glazed using a wide range of materials, glass being the most popular.

NZ Made

CS Door Leaves are suitable for use in sliding, pivot or hinged applications in residential, commercial and light industrial buildings
Handles: A variety of handles can be factory fitted including a custom designed recessed leading edge pull
The CS NewYorker is 38mm thick, and has been purpose designed to work in conjunction with CS Cavity Sliders and CS Pre-Hung Jamb systems for a complete solution

CS Cavity Sliders will, if employed in accordance with the supplier's installation and maintenance requirements, assist with meeting the following provisions of the building code:

Clause B1 Structure: Performance B1.3.1, B1.3.2 and B1.3.4. CS Cavity Sliders meet the requirements for loads arising from self-weight, earthquake, wind and impact [i.e. B1.3.3 [a], [f], [h] and [j]].
Clause B2 Durability: Performance B2.3.1 [a], not less than 50 years, [b], 15 years and [c], 5 years. CS Cavity Sliders meet these requirements.
Clause F2 Hazardous Building Materials: Performance F2.3.1. CS Cavity Sliders meet this requirement and will not present a health hazard to people.

BRANZ Appraised

CS TimberFormed Cavity Slider

CS Cavity Sliders (CS for Doors)

View Product

CS TimberFormed is a high quality architectural cavity slider engineered to fulfil the majority of your build's requirements.

NZ Made

CS Cavity Sliders units have been appraised for use with sliding doors in internal locations in residential, commercial and light industrial buildings
Lintels over the full trim size (opening and pocket) should be sized to ensure that no load is applied to the door assembly
Lintels to NZS3604 are acceptable for door weights up to 75kg per metre width of door. Specific design required when the door weight exceeds 75kg per metre
Track must be fitted level and straight and fixed at maximum 600mm centres to the lintel
Fits into a standard thickness wall (90 x 45mm framing)

CS Cavity Sliders will, if employed in accordance with the supplier's installation and maintenance requirements, assist with meeting the following provisions of the building code:

Clause B1 Structure: Performance B1.3.1, B1.3.2 and B1.3.4. CS Cavity Sliders meet the requirements for loads arising from self-weight, earthquake, wind and impact [i.e. B1.3.3 [a], [f], [h] and [j]].
Clause B2 Durability: Performance B2.3.1 [a], not less than 50 years, [b], 15 years and [c], 5 years. CS Cavity Sliders meet these requirements.
Clause F2 Hazardous Building Materials: Performance F2.3.1. CS Cavity Sliders meet this requirement and will not present a health hazard to people.

BRANZ Appraised

Categories

Popular Products

Popular Brands

Features

Sections

This Month

Caesarstone: Redefining Surface Excellence with Crystalline Silica Free Formulations

NZ's Largest Mass Timber Office Building: The Sustainable Timber Engineering Behind 90 Devonport Rd

Terra Lana Insulation for a World-Leading Hospital Targeting Zero Carbon Certification

SECTIONS

Exploring Options for Self-certification of Building Work

Complaints Not Upheld

From Windows to Warm Roofs: How Can We Make the New Insulation Standards Work?