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Recycled Linen Look 250gsm

Recycled Linen Look 250gsm

Recycled polyester blend with a characteristic linen look

Our Recycled Linen Look is a recycled poly blend for a wide range of homeware and soft furnishings products.

The base colour of recycled linen look is white and features a plain weave with characteristic slub. This is an exceptional quality fabric that looks like linen but offers all the benefits of being a poly.

Recycled Linen Look is printed using dye sublimation which is ideal for bright long lasting prints. The fabric has a soft hand and is incredibly easy to work with.

Specification

Type
Woven
Ink
Dye Sublimation
Weight
250gsm
Width
140cm
Composition
68% Recycled Polyester, 32% Polyester
Properties
Recycled
Origin
Woven and finished in Turkey. Printed in the United Kingdom.
Certification
OEKO-TEX Eco Passport Certified Ink (NEP 1902) info
Care
Wash on a regular machine cycle at 30 °C / 85F. Delicate tumble cycle on a low heat. Iron on a medium heat not using steam, ironing print side down for best results. Do not iron on top of other polyester fabrics, as the print may transfer. Do not bleach. Do not dry clean. Care Instructions

Standards

Standard Information Certificate
EN 71-3:2019 [1] EN 71-3:2019.pdf
[1] Expired standards - this standard has been withdrawn and is potentially replaced by a newer standard.

Representative samples have been independently tested against commercial standards by a UKAS accredited lab. Learn more Please note care instructions are provided for guidance only and recommend testing to ensure the fabric is suitable for your intended use.

Prices

Size Quantity Price Saving
Swatch 3 for 2 £2.99 -
Fat Quarter £13.99 -
Linear Metres 1m £25.99 -
5 - 10m £24.69 5.0%
10 - 40m £24.04 7.5%
40m+ £23.39 10.0%
  • No setup charges
  • Prices inclusive of VAT (where applicable)
  • Swatches and fat quarters are not eligible for bulk discounts.
  • Bulk discounts are based on the cumulative total per fabric. For example, you can order 10m with 10 designs, or 10m of the same design. The bulk discount is automatically applied during checkout.

Usage and Safety Instructions

Blankets

If you're making blankets using our fabric, then you need to make it safely.

The primary concern is fire resistance. There are many standards that apply to blankets:

Standard Description
EN ISO 6941:2003 Textile fabrics — Burning behaviour — Measurement of flame spread properties of vertically oriented specimens
EN ISO 12952-1:2010 Textiles — Assessment of the ignitability of bedding items - Part 1: Ignition source: smouldering cigarette
EN ISO 12952-2:2010 Textiles — Assessment of the ignitability of bedding items - Part 2: Ignition source: match-flame equivalent

And please note this list is not exhaustive - every country has its own regulations and some may be stricter or more relaxed than shown here.

Also, the requirements largely depend on where your item will be used. Furnishings destined for home use have much more relaxed requirements than those intended for use in a school or hospital, for example.

You should make sure that this fabric meets your specific requirements for fire safety when making your end product, whether it is for sale or not.

You can use our FR standards as a guideline, but it is important that you understand the different standards and to which situations they are applicable.

If in doubt, contact FIRA for advice in the UK about fire safety for furniture.

Blinds

Blinds present a particular hazard if constructed improperly.

The relevant standards for the design and manufacture of blinds care as follows:

Standard Description
EN 13120:2009+A1:2014 Internal blinds - Performance requirements including safety
EN 16433:2014 Internal blinds - Protection from strangulation hazards - Test methods
EN 16434:2014 Internal blinds - Protection from strangulation hazards - Requirements and test methods for safety devices

Many children are severely injured or killed by strangulation in blind cords every year.

There are many different types and designs of blinds, and so the specifications can be quite complex.

In general, you must make sure the cord length of roller blinds is of a suitable length and have a breakaway section if appropriate.

You should use an entrapment prevention fixing (sometimes called a "tensioning device" or "cord tidy") to hold a roller blind cord to the wall, or an accumulation device for loose string cords.

Always purchase a blind kit from a reputable manufacturer and ensure that it meets the relevant safety requirements.

Position children's cots, beds and furniture away from blind cords.

More Details

Blinds present a particular hazard if constructed improperly.

The relevant standards for the design and manufacture of blinds care as follows:

Standard Description
EN 13120:2009+A1:2014 Internal blinds - Performance requirements including safety
EN 16433:2014 Internal blinds - Protection from strangulation hazards - Test methods
EN 16434:2014 Internal blinds - Protection from strangulation hazards - Requirements and test methods for safety devices

Many children are severely injured or killed by strangulation in blind cords every year.

There are many different types and designs of blinds, and so the specifications can be quite complex.

In general, you must make sure the cord length of roller blinds is of a suitable length and have a breakaway section if appropriate.

You should use an entrapment prevention fixing (sometimes called a "tensioning device" or "cord tidy") to hold a roller blind cord to the wall, or an accumulation device for loose string cords.

Always purchase a blind kit from a reputable manufacturer and ensure that it meets the relevant safety requirements.

Position children's cots, beds and furniture away from blind cords.

General Construction

Your blind should not cause harm, and present no risk of entrapment, and sharp edges should be rounded to prevent harm.

"Special attention shall be paid by the manufacturer of internal blinds to ensure there are no parts which can cause harm to the individual. Sharp and projecting edges of any moving parts and parts related to the child safety eg. Safety devices of the internal blind likely to be located to a height lower than 2.5m above the floor or any permanent access level, shall be rounded with a minimum radius of 0.5mm. Bottom rail end plugs shall have a minimum of 0.5mm radius, or edged, or protected by foam or rubber."

Always follow the manufacturer's instructions if using blind making kits.

The safest types of blinds are completely cordless, whether hand operated or motorised. Examples are wand controls, or pre-tensioned pull up/down blinds.

Operating Loops

The continuous loops that operate the opening and closing or up/down/left/right movement of blinds poses a strangulation risk. You must make sure it is safe by featuring a tensioning device or breakway system.

Tensioning Device

A tensioning device is a small loop or attachment usually at the bottom of a continuous loop chain for a blind.

Its purpose is to ensure that the operating loop remains in tension and that the two sides of the loop do not move far enough apart to permit a child's head to enter it, which would be a strangulation risk.

"The distance between the two strands of the loop shall not be more than 50mm at the point of exit from the fixed tensioning device."

Where the drop is known, the distance from the floor to the bottom of the pull cord should be at least 1.5m.

If the drop not known and is likely to be less than or equal to 2.5m, the length of the pull cord should be less than or equal to 1m.

If the drop not known and is likely to be more than 2.5m, the length of the pull cord should be less than or equal to the drop of the blind minus 1.5m.

Breakaway Device

A continuous operating loop can be fitted with a breakaway device to prevent strangulation.

If the installation height is known, the distance from the floor to the bottom of the pull cord should be at least 60cm.

If the installation height is not known, the loop should be less than or equal to two thirds the drop of the blind.

"In either instance the hazardous loop shall be eliminated when a mass of 6 kg is applied to the pull cord(s) gradually or within 5 seconds of application."

Pull Cords

Unless the pull cord for a blind in all positions is greater than 1.5m from the floor (highly unlikely), an accumulator should be supplied and fitted so that the cord can be stored out of reach of children.

The cord should be less than 1.5m from the floor if the height is known, or 1m or less if the drop of the blind is 2.5m or less.

If your blind contains 2 pull cords, they should not tangle. If they do tangle, then the loop must be eliminated under a mass of 6kg within 5 seconds or connected to a breakaway system with the same requirement. This can be potentially achieved with anti-tangle toggles.

If your blind contains more than 2 pull cords, it must use a breakaway system.

If your blind contains more than 4 pull cords, in the absence of a suitable breakaway system, it is acceptable to connected the cords to a single pull cord if the connector is positioned less than 50mm from the headrail at the fully extended position.

Accumulation Devices

If your blind contains a pull cord, then it should be supplied with an accumulation device.

An accumulation device should be fitted a minimum of 1.5m from the floor, and as near to the headrail as possible.

The accumulation device should allow the entire length of the cords to be accumulated when the cord is in its longest position, and no more than 100mm of cord should be released after a force of 60N is applied to any of the cords on either side of the device.

Accessible Inner cords

If inner cords of the blind are accessible, they should be less than 200mm apart at attachment points, and it shouldn't be possible for a child to fit their head inside any loops after applying a 50N vertical force to the blind.

If that's not possible, then the loop should break away when a weight of 6kg is applied, within 5s of application.

Curtains

The main requirements when making curtains from our fabric are related to fire safety.

The following are relevant standards for fire safety for curtains:

Standard Description
BS 5867-2:2008 Fabrics for curtains, drapes and window blinds - Flammability requirements. Specification
EN 13772:2011 Textiles and textile products - Burning behaviour - Curtains and drapes - Measurement of flame spread of vertically oriented specimens with large ignition source
EN ISO 6941:2003 Textile fabrics — Burning behaviour — Measurement of flame spread properties of vertically oriented specimens
IMO FTP Code 2010 Part 7 Test for vertically supported textiles and films

The exact requirements depend on the end use and where the product is going to be used.

There are few specific requirements for consumer use, however, if the product will end up in a public place, generally the requirements are stricter.

You must make sure your fabric of choice meets the necessary fire safety requirements.

Note that construction of the final piece can change the fire safety characteristics, including the choice of thread, accessories, lining, etc.

If your intend to retail your products, it is highly recommended to get the final products tested for fire safety before marketing them for sale.

Garments

The main requirements when making garments from our fabric are related to labelling

The following are relevant standards for garments:

Standard Description
EN 13402:2002 Size designation of clothes
EN 14682:2014 Safety of children's clothing - Cords and drawstrings on children's clothing - Specifications

You must make sure you construct your garments safely, but otherwise, the only strict requirements are about labelling, which only apply if you're looking to market your creations for sale.

Lampshades

If you're making lampshades using our fabric, then you need to make it safely.

The primary concern is heat resistance. There aren't many standards relating to lampshades, but these might apply:

Standard Description
EN IEC 60598-1:2021 Luminaires - Part 1: General requirements and tests

In general, you should make sure your lampshade is electrically safe, and able to resist the heat of the lamp.

You may be safer using an FR rated fabric vs a non-FR rated one, for example.

Dannells make great lampshade kits that have proven the test of time and are widely used not only for individual but also contract manufacture.

Soft Furnishings

If you're making soft furnishings using our fabric, then you need to make it safely.

The primary concern is fire resistance. There are many standards that apply to soft furnishings:

Standard Description
BS 5815-3:2021 Sheets, sheeting, pillowslips, towels, napkins, counterpanes and continental quilt secondary covers suitable for use in the public sector - Specification for counterpanes and continental quilt secondary covers including flammability performance
BS 7175:1989 Methods of test for the ignitability of bedcovers and pillows by smouldering and flaming ignition sources
EN ISO 12952-1:2010 Textiles — Assessment of the ignitability of bedding items - Part 1: Ignition source: smouldering cigarette
EN ISO 12952-2:2010 Textiles — Assessment of the ignitability of bedding items - Part 2: Ignition source: match-flame equivalent

And please note this list is not exhaustive - every country has its own regulations and some may be stricter or more relaxed than shown here.

Also, the requirements largely depend on where your item will be used. Furnishings destined for home use have much more relaxed requirements than those intended for use in a school or hospital, for example.

You should make sure that this fabric meets your specific requirements for fire safety when making your end product, whether it is for sale or not.

You can use our FR standards as a guideline, but it is important that you understand the different standards and to which situations they are applicable.

If in doubt, contact FIRA for advice in the UK about fire safety for furniture.

Disclaimer

Please note this information is inteded for guidance only. You should check appropriate standards yourself to make sure your product conforms to all the necessary safety standards for your particular use case.