Soft Close Cavity Sliders for Sustainable Hotel

For each of the 99 guest rooms on levels one to nine, a CS SquareFormed cavity slider provides a space divider between the bedroom and bathroom area. The full height track is installed flush with the ceiling for a continuation of the living area into the bathroom area when the door is fully open. In a creative use of space, the 2.5m high x 1.3m wide door slides between two benches ensuring every inch of space is fully utilised. The CS AluTec door panels were supplied pre-finished in a custom Robin Egg Blue colour and fitted with bespoke handles. They are made from aluminium, making them strong enough not to bow or warp — a common problem with large wooden doors.

The penthouse suites use CS Ultimate cavity sliders to support the 64mm thick doors. The Ultimate is suitable for use with doors thicker than 40mm and up to 240kg. It can be specified whenever a thicker than standard door is required and suits 140mm wall framing.

All the cavity sliders for Hotel Britomart include CS SofStop — a smooth soft-close option available for use with sliding doors up to 100kg.

The client was very happy with the high quality of the products supplied to this project and the construction company was pleased with the level of service and constant communication throughout the project. “Great example of New Zealand engineering and fabricated product that integrates into bespoke designs to millimetre perfection,” says Dajiang Tai, Principal, Cheshire Architects.

Architect: Cheshire Architects
Contractor: Bracewell Construction

CS SofStop Cavity Slider

CS For Doors

View Product

Combining all the features of New Zealand’s highest quality cavity sliders with soft close technology, the CS SofStop is a must have wherever quiet and safety are priorities.

NZ Made

CS Cavity Sliders units have been appraised for use with sliding doors in internal locations in residential, commercial and light industrial buildings
The SofStop mechanism is engineered to stop doors up to 100kg. A small amount of force is necessary to open the door

Best operating temperature: 10˚C to 40˚C
Minimum door width is dependant on door type
Maximum door weight is 100kg

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

Best operating temperature: 10˚C to 40˚C
Minimum door width is dependant on door type
Maximum door weight is 100kg

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

Structure

Durability

Hazardous Building Materials

BRANZ Appraised

CS SquareFormed Cavity Slider

CS For Doors

View Product

This product combines the CS SquareStop Split Jamb with Full-Height and NoClosingJamb detail.

NZ Made

CS Cavity Sliders units have been appraised for use with sliding doors in internal locations in residential, commercial and light industrial buildings.

Options available to suit 10mm or 13mm linings
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.

Structure

Durability

Hazardous Building Materials

BRANZ Appraised

CS Ultimate Cavity Slider

CS For Doors

View Product

CS Ultimate is a heavy duty cavity sliding door system designed for higher, wider, thicker and heavier doors.

NZ Made

CS Cavity Sliders units have been appraised for use with sliding doors in internal locations in residential, commercial and light industrial buildings.

Designed for higher, wider, thicker and heavier doors
Customised the timber frame jambs to suit the thickness door specified — from 10mm glass to 88mm thick timber door leaf

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.

Structure

Durability

Hazardous Building Materials

BRANZ Appraised

Categories

Popular Products

Popular Brands

Features

Sections

This Month

Innovative Flood Prevention with the Jesani Door Channel

Edgetec PosiGlaze Balustrade System Brings Versatility and Ease of Install to Projects

Parkwood Estate: A Cutting-Edge 64-Unit Terraced House Project Featuring Triboard

SECTIONS

Collecting Drinking Water from Roofs in Five Steps

Passive Fire Protection in CLT Construction

The Take-Up of AAC Intertenancy Walls in Aotearoa