1 Inch Double Reconstituted Foam

* 1 inch depth * Firm density * Crafted from off cuts Use this upholstery foam for a variety of home craft projects with its double size!Our reconstituted upholstery foam, this has a firmer density. Made from off-cuts generated during our virgin upholstery foam production and compressed together to save the off cuts from otherwise going to landfill. You can use this for surfaces that endure heavy usage e.g. caravan seating, dining room stools/chairs or for protecting products during transit.**Please Note:** This product complies with the Furniture and Furnishing (Fire) (Safety) Regulation 1988 - Schedule 1, Pt 1.

3M Scotch 4016 Double-Sided Urethane Foam Tape

Multi/Rebonded-Mixed Foam

Comparison of the properties of one-and two-part polyurethane foam

1 Inch Foam Padding

Special adhesive allows for easy removal. Pre-cut foam squares on a 3 core.

Tape Logic (1 Roll of 324 Squares) 1 x 1 Inch, White Removable Double Sided Foam Squares, 1/16 Thick, for Crafts, Mounting, Home and Office Use

The Airtex High Density Foam Slab will come in handy for your cushioning projects. You can cut and trim this foam slab to work around various DIY concepts for your home or office upholstery projects. Use it to make camper cushions boat seating chair pads garden benches and small foam cushions. This high - density foam is long lasting and conforms to the California Bureau of Home Furnishings Fire Retardant Code 117 - 2013. It is made of polyurethane foam. This item is sold by the yard.

Airtex 1'' High Density Foam Slab

Upholstery Foam 2.5 High Density Thick Bonded Layer Easy to Cut Ultra Super Firm Square Replacement Cushion, Seat, Bar Seats Chairs Pads

3M 4008 Natural Polyurethane Double Coated Foam Tape

HIGH QUALITY – Foamy Foam High Density Upholstery Foam is the best option for Seat Cushion Replacement, Couch Cushion Replacement, Bench Cushion

Foamy Foam 2Pack High Density 1 inch Thick, 36 inch Wide, 96 inch Long Upholstery Foam, Cushion Replacement

Continuous-wave terahertz in-line holographic diffraction tomography with the scattering fields reconstructed by a physics-enhanced deep neural network