The GANDIABLASCO 'MASS' collection has been designed by Todd Bracher as a new range of outdoor furniture pieces that strike a balance between function and form. The furniture collection is inherently ready for use in outdoor environments, and is crafted using high-quality materials including thermolacquered aluminum and Iron wood legs while the cushions feature Gravidry foam. This material allows for water permeability and quick drying capabilities, which further supports the water and UV-resistant construction of the furniture.
The GANDIABLASCO 'MASS' collection maintains a lounge-like design that appears right at home within any modern outdoor living space thanks to its high-end aesthetic. The furniture comes in a series of soft fabric options that come in white, taupe, beige and gray colors.
Image Credit: GANDIABLASCO
Why This Trend Is Growing
- Water-resistant Outdoor Furniture
- Opportunity for manufacturers to expand their product lines and offer high-quality outdoor furniture pieces with water-resistant properties.
- Gravidry Foam Cushions
- Innovative material that allows for water permeability and quick drying capabilities presents an opportunity for companies to create new products that cater to outdoor environments.
- Modern Outdoor Living Space
- Increasing demand for high-end outdoor furniture pieces that boast a modern design presents an opportunity for designers and manufacturers to create new collections that cater to this trend.
Industries Being Reshaped
- Furniture
- Established furniture companies can expand their product offerings by incorporating water-resistant materials and modern designs into their outdoor product lines.
- Textiles
- Innovative textiles companies can create new products that incorporate Gravidry foam cushions to offer water-resistant and quick drying capabilities primarily for outdoor use.
- Home Decor
- Opportunity for niche companies in the home decor space to create outdoor living space products that cater to the demand for high-end modern designs incorporating water-resistant materials.
