Office 3D Stretch Ceiling Design Services

Office 3D Stretch Ceiling Design Services Specification

Surface Treatment
Glossy/Matte/Custom Surface Finish

Technics
Heat Stretching & Digital 3D Printing

Usage & Applications
Offices, Conference Rooms, Commercial Interiors

Features
Acoustic Properties, Easy Maintenance

Roof Material
Not Applicable (Ceiling System)

Height
Customized according to ceiling level

Material
PVC (Polyvinyl Chloride)

Tile Material
PVC Film

Tile Type
Custom 3D Printed Stretch Ceiling Tiles

Type
3D Stretch Ceiling Design

Size
Customizable as per Project Requirement

Shape
Rectangular

Pattern
3D Geometric and Custom Patterns

Heat Transfer Coefficient
0.16 W/mK

Thickness
0.18 mm 0.30 mm

Length
Up to 50 m roll, customizable for room size

Width
Maximum 5 m seamless, customizable

Office 3D Stretch Ceiling Design Services Trade Information

Minimum Order Quantity
30 Square Foots

Supply Ability
100 Square Foots Per Week

Delivery Time
1 Week

Main Domestic Market
All India

About Office 3D Stretch Ceiling Design Services

Office 3D Stretch Ceiling Design Services refer to the professional services offered by design companies or contractors to design, install, and maintain false ceilings in commercial office spaces. False ceilings, also known as suspended or dropped ceilings, are secondary ceilings that are hung below the main ceiling. Office 3D Stretch Ceiling Design Services are typically made of materials like gypsum, metal, or wood, and are designed to improve the aesthetics, acoustics, and lighting of office space.

Transformative 3D Stretch Ceilings for Modern Workspaces

Our 3D stretch ceiling solutions enable unparalleled design flexibility and visual impact for office interiors. The system utilizes heat-stretched, digitally printed PVC film on concealed aluminium tracks, creating a seamless finish and unique geometric patterns. Coupled with customizable shape, size, and surface finish, these ceilings suit a wide range of commercial requirements.

Safe, Sustainable, and Certified Quality

Engineered for safety and sustainability, our stretch ceilings feature Class 0 & Class 1 fire performance (IS: 3808/ASTM), are manufactured using 100% recyclable materials, and comply with ISO 9001 and CE certification standards. With UV, mildew, and humidity resistance, our ceilings ensure maintenance ease and enduring performance in demanding environments.

FAQ's of Office 3D Stretch Ceiling Design Services:

Q: How is the 3D stretch ceiling installed in office environments?

A: Installation is performed using aluminium perimeter tracks that are concealed by the stretch ceiling panel. The PVC film is heat-stretched and fitted securely, resulting in a seamless and modern ceiling appearance suitable for various office layouts.

Q: What color and pattern options are available for customization?

A: Multiple color shades, 3D geometric patterns, glossy or matte finishes, and full custom printing (including company logos or branding) are available. Tailored solutions can be created for unique corporate aesthetics or thematic interior design goals.

Q: Where can these 3D stretch ceilings be used?

A: These ceiling systems are ideal for offices, conference rooms, and commercial interior spaces where impactful design, acoustic properties, and easy maintenance are valued.

Q: What are the benefits of using 3D stretch ceilings in commercial offices?

A: Benefits include fast and clean installation, visually striking 3D geometries, acoustic enhancement, washable surfaces, long lifespan (10+ years), fire safety compliance, and eco-friendly construction from 100% recyclable PVC materials.

Q: What maintenance is required for the 3D stretch ceiling?

A: Regular maintenance involves gentle washing with non-abrasive cleansers to remove dust or stains. The surface is easy to clean and highly resistant to mildew, sagging, and common office contaminants.

Q: Which design software is compatible for planning and visualization?

A: Our 3D stretch ceiling system supports integration with AutoCAD, 3DS Max, and SketchUp, allowing architects and designers to accurately plan and visualize installations before execution.