Sumo

|2026

The Sumo concept is based on creating an armchair with elegant curvilinear lines and enveloping, rounded shapes. Its appearance conveys a strong visual comfort, where everything seems organically and fluidly integrated. It is built around an imposing conical circular seat base, which gives it its substantial presence, combined with a curved semicircular backrest that completes the entire Sumo concept and integrates it within its harmonious geometry. The collection is available in two sizes and includes the option of a swivel base and castors, in addition to a fixed-leg version. Its clean and elegant lines make it a piece with a strong personality, easily adaptable to any type of environment, whether residential or contract.

Structure: Structure in wood and polyester varnished tubular steel. Wood covered with polyurethane foam with different densities and polyester fiber.

Seat cushions: Seat cushion in polyurethane foam covered with protective case, filled with white duck feathers, down and polyester fiber.

Back cushions: Back cushions have a protective case and internal divisions, filled with sterilized white duck feathers and down.

Suspension: Elastic grids.

Metallic parts: Feet in steel, colour finishing as per our catalogue.

Covers: Fixed cover, not removable.

Disassemble: Legs removable by screws.

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	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	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	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	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	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