Noha

|2021

Noha, a bed of seemingly simple design, features distinct and elegant characteristics in the needlework contours and embellishments. The rectangular design of the bed frame and headboard, appeals as a timeless yet contemporary piece, a lasting icon that forms a natural part of our day to day. The slender legs can be seen as the culmination of yet another feature that serves to enhance the elegant character. The slimness of the headboard and frame enable the bed to adapt to reduced spaces. The high headboard of one meter plus, permits the use of mattresses thicker than thirty centimeters without compromising the overall aesthetics

Noha

Structure: Structure in wood, covered with polyurethane foam and spongy silicone polyester fiber, recovered with protection fabric. Metallic structure in black polyester painted steel.

Covers: Completely removable, except for upholstery in leather or similar.

Metallic parts: Metal legs with finish as specified in the catalog.

Noha Box

Structure: Structure in wood, covered with polyurethane foam and spongy silicone polyester fiber, recovered with protection fabric. Metallic structure in polyester painted steel. Height can be adjusted internally according to the different types of slats and mattresses. Height can be adjusted internally according to the different types of slats and mattresses.

Covers: Completely removable, except for upholstery in leather or similar.

Option: For some bed measurements (150×190 cm, 150x200cm, 160×190 cm, 160×200 and 180×200 cm) there is the option to include a pull-down mechanism.

Metallic parts: Metal legs in black painted steel.

Composition	100% PES
Weight	770 gr/lm
Width	138 cm
Abrasion Resistance	100000
Pilling Resistance	4
Lightfastness	5
Change Resistance	5
Assessment of Ignitability	BS 5852

Composition	65%PC 35%PL
Weight	900 gr/lm +- 5%
Width	140 cm
Abrasion Resistance	40000
Pilling Resistance	4
Lightfastness	4
Change Resistance	3
Assessment of Ignitability	BS5852-1

Composition	100% PES
Weight	445 gr/lm
Width	138 cm
Abrasion Resistance	50000
Pilling Resistance	5
Lightfastness	4-5
Change Resistance	5
Assessment of Ignitability	BS 5852

Composition	40% CO; 25% PL; 23% VI; 12% LI
Weight	940 g/ml
Width	140 cm
Abrasion Resistance	≥ 30.000
Pilling Resistance	≥ 4
Lightfastness	≥ 4/5
Change Resistance	≥ 4/5
Assessment of Ignitability	BS 5852-1:1979

Composition	63% CO 37% LI
Weight	380 G/M2
Width	140
Abrasion Resistance	32500
Lightfastness	3/4

Composition	57%CO 38%VI 5%PA
Weight	1050 gr/lm
Width	140 cm
Abrasion Resistance	50000
Pilling Resistance	4
Lightfastness	4/5
Change Resistance	3-4

Composition	34%CV 31%CO 15%LI 13%PAN 7%PES
Weight	940 gr/lm
Width	138 cm
Abrasion Resistance	30000
Pilling Resistance	3/4
Lightfastness	5/6

Composition	54%PAN 46%PES
Weight	620 gr
Width	140 cm
Abrasion Resistance	40.000
Pilling Resistance	3-4
Lightfastness	4-6
Assessment of Ignitability	BS5852 SOURCE 0

Composition	85% PES 15% CO
Weight	530 G/M2
Width	140
Abrasion Resistance	100000
Pilling Resistance	4-5
Lightfastness	5-6
Change Resistance	3-4
Assessment of Ignitability	BS 5852 SOURCE O PASS

Composition	47%PC 19%WO 16%PL 15%CO 3%NY
Weight	900 gr/lm
Width	140 cm
Abrasion Resistance	30000
Pilling Resistance	3/4
Lightfastness	4-5

Composition	51%PES REC 49%PES
Weight	810 gr
Width	138 cm
Abrasion Resistance	40.000
Pilling Resistance	4
Lightfastness	6
Assessment of Ignitability	BS585201

Composition	55%PP 39%PES 6%CO
Weight	536 gr/m2
Width	140
Abrasion Resistance	100000
Pilling Resistance	4-5
Lightfastness	>6
Change Resistance	4-5
Assessment of Ignitability	BS5852 SOURCE 0 / EN1021 PART 1 / NFPA 260

Composition	49% PL; 32% PC; 10% WO; 9% LI
Weight	1200 g/ml
Width	140 cm
Abrasion Resistance	≥ 100.000
Pilling Resistance	≥ 4
Lightfastness	≥ 4/5
Change Resistance	≥ 4/5
Assessment of Ignitability	BS 5852-1:1979

Composition	100% LI
Weight	714 G/M2
Width	140
Abrasion Resistance	50000

Composition	92% PES 5% CO 3% LA
Weight	500 G/ML
Width	140
Abrasion Resistance	100000
Pilling Resistance	4-5
Lightfastness	4

Composition	52% PC; 42% PL; 6% CO
Weight	1.100 g/ml
Width	140 cm
Abrasion Resistance	≥ 80.000
Pilling Resistance	≥ 4
Lightfastness	≥ 4/5
Change Resistance	≥ 4/5
Assessment of Ignitability	BS 5852-1:1979

Composition	100% PL
Weight	1200 g/ml
Width	145 cm
Lightfastness	≥ 4/5
Change Resistance	≥ 4/5

Composition	40%VI 22%PES 20% CO 18% LI
Weight	410 G/M2
Width	138
Abrasion Resistance	28000
Lightfastness	4-5

Composition	38%VI 20%CO 18%LI 24%PL
Weight	410 G/M2
Width	140
Abrasion Resistance	22000

Composition	26%PL 37%PC 21%CO 16%LI
Weight	890 gr/lm
Width	140 cm
Abrasion Resistance	>60000
Pilling Resistance	4
Lightfastness	4/5
Change Resistance	3/4

Composition	89% PES 11% CO
Weight	654 G/ML
Width	140
Abrasion Resistance	60000
Pilling Resistance	5
Lightfastness	5-6
Change Resistance	4
Assessment of Ignitability	EN 1021-1:2006 CIGARRO

Composition	100% PES / RESPALDO 96% PES 4% NY
Weight	574 G/ML
Width	138
Abrasion Resistance	45000
Pilling Resistance	4-5
Lightfastness	4-5
Change Resistance	5
Assessment of Ignitability	BS 5852 CIGARRO

Composition	58% PC; 30% WO; 12% PL
Weight	1180 g/ml
Width	140 cm
Abrasion Resistance	≥ 100.000
Pilling Resistance	≥ 4
Lightfastness	≥ 4/5
Change Resistance	≥ 4/5
Assessment of Ignitability	BS 5852-1:1979

Composition	58%PC 20%WO 18%PL 4%CO
Weight	840/850gr/lm
Width	140 cm
Abrasion Resistance	28000
Pilling Resistance	3/4
Lightfastness	4/5

Composition	38% PL; 25% VI; 16% LI; 11% PC; 10% WO
Weight	1080 g/ml
Width	140 cm
Abrasion Resistance	≥ 100.000
Pilling Resistance	≥ 4
Lightfastness	≥ 4/5
Change Resistance	≥ 4/5
Assessment of Ignitability	BS 5852-1:1979

Composition	100%LI
Weight	759 gr/ml
Width	138
Abrasion Resistance	35000
Pilling Resistance	3-4
Lightfastness	5
Change Resistance	4-5
Assessment of Ignitability	BS5852 PART 1 (1979)

Composition	100% LI
Weight	700 gr/m2
Width	133
Abrasion Resistance	25000
Assessment of Ignitability	BS5852 SOURCE 0 / EN1021 PART 1 / NFPA 260

Composition	64%PAN 17%PES 15%CV 4%LI
Weight	731 gr
Width	138 cm
Abrasion Resistance	20.000
Pilling Resistance	4
Lightfastness	6
Assessment of Ignitability	BS58520

Composition	28%PC 27%CO 21%VI 14%WO 7%PL 3%PC
Weight	1130gr/lm
Width	140 cm
Abrasion Resistance	30000
Pilling Resistance	4
Lightfastness	4/5
UV Resistance	4
Change Resistance	3/4
Assessment of Ignitability	BS5852 CIGARETTE TEST PASS, BS5852 MATCH TEST, CAL TB117

Composition	96% PES 4%PAC
Weight	680 gr/lm
Width	140 cm
Abrasion Resistance	70000
Pilling Resistance	4
Lightfastness	5
Change Resistance	5
Assessment of Ignitability	BS 5852

Composition	49%PL 39%CO 12%VI
Weight	860 gr/lm
Width	140 cm
Abrasion Resistance	20000
Pilling Resistance	4
Lightfastness	4/5
Change Resistance	3/4

Composition	100%PES
Weight	630 gr/mL
Width	138
Abrasion Resistance	70000
Pilling Resistance	5
Lightfastness	4
Change Resistance	4-5
Assessment of Ignitability	BS5852 PART 1 (1979)

Composition	58% PES 50 %CO
Weight	600 G/ML
Width	138
Abrasion Resistance	70000
Pilling Resistance	4-5
Lightfastness	5
Change Resistance	3-4
Assessment of Ignitability	BS5852 (1979)

Composition	68%PES 24%PP 8%CO
Weight	480 gr/m2
Width	140
Abrasion Resistance	70000
Pilling Resistance	4-5
Lightfastness	>6
Change Resistance	4-5
Assessment of Ignitability	BS5852 SOURCE 0 / EN1021-PART 1 / CAL TB 117 /NFPA 60

Composition	50%PAN 45%PES 5%CV
Weight	594 gr
Width	140 cm
Abrasion Resistance	90.000
Pilling Resistance	4-5
Lightfastness	4-5
Assessment of Ignitability	BS58520 - CAL117-1

Composition	55%VI 29%CO 16%LI
Weight	578 gr/m2
Width	141
Abrasion Resistance	30000
Assessment of Ignitability	BS5852 PART 1 IGN 0 CIGARETTE / EN1021 PART 1 UPHOLSTERY

Composition	55%PES 20%CU 15%CO 10%LI
Weight	530 G/M2
Width	138
Abrasion Resistance	35000
Pilling Resistance	4-5
Lightfastness	5-6
Change Resistance	3-4
Assessment of Ignitability	BS 5852 SOURCE O PASS

Composition	7%VIS 22%P.P. 22%PAC 49%POL
Weight	530 gr/m2
Width	140
Abrasion Resistance	>50000
Pilling Resistance	4
Lightfastness	4
Change Resistance	4-5

Composition	34%CV 31%CO 15%LI 13%PAN
Weight	gr/lm
Width	140 cm
Abrasion Resistance	25000
Lightfastness	5/6

Composition	53%VI 17%LI 16%CO 9%PO 5%WO
Weight	580 gr/m2
Width	138
Abrasion Resistance	70000
Assessment of Ignitability	BS5852 PART 1 / EN1021 PART 1 / NFPA 260

Composition	82%PES 18%PAN
Weight	910 gr
Width	138 cm
Abrasion Resistance	30.000
Pilling Resistance	4
Lightfastness	5
Assessment of Ignitability	BS58520

Composition	55% PC; 31% WO; 14% PL
Weight	1010 g/ml
Width	140 cm
Abrasion Resistance	100000
Pilling Resistance	≥ 4
Lightfastness	≥ 4/5
Change Resistance	≥ 4/5
Assessment of Ignitability	BS 5852-1:1979

Composition	45%PP 24%PES 22%PES REC 5%CO REC 4%
Weight	715 gr/lm
Width	140 cm
Abrasion Resistance	45000
Pilling Resistance	4-5
Lightfastness	>6
Change Resistance	4
Assessment of Ignitability	BS5852 Source 0 EN1021-Part 1:2006 CAL TB 117:2013 NFPA 260:2013

Composition	50%PC 23%LI 19%CO 8%NY
Weight	990 gr/lm
Width	140 cm
Abrasion Resistance	40000
Pilling Resistance	4
Lightfastness	4/5
Assessment of Ignitability	BS 5852

Composition	61%PC 18%CO 7%JU 6%PL 4%NY 4%VI
Weight	950gr/lm
Width	140 cm
Abrasion Resistance	30000
Pilling Resistance	3/4
Lightfastness	4/5
Change Resistance	4
Assessment of Ignitability	BS5852 CIGARETTE TEST, BS5852 MATCH TEST, CALL TB 117