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Schede tecniche dei materiali

Materiali rigidi/flessibili

Nome e fotografia
del Materiale
Coefficiente
d’attrito
Tasso d’usura
(@ 79N, 7m/s)
Temperatura di esercizio
continuo/intermittente
Durezza
(SHORE D)
Scarica
PDF
MI-00-200 MI 00 200 0.45 ±0.05 35-45 mm3/Kwh 250°C/350°C 85-90 pdf-icon
MI-00-201 MI 00 201 0.45 ±0.05 40-64 mm3/Kwh 250°C/350°C 85-90 pdf-icon
MI-00-301 MI 00 301 0.45 ±0.05 50-80 mm3/Kwh 250°C/350°C 70-80 pdf-icon
MI-00-302 MI 00 302 0.5 ±0.05 45-70mm3/Kwh 250°C/350°C 50-60 pdf-icon
MI 00 305 0.40 ±0.05 35-45 mm3/Kwh 250°C/350°C 85-95 pdf-icon
MI 00 311 0.45 ±0.05 35-55 mm3/Kwh 250°C/350°C 75-80 pdf-icon
MI 00 312 0.45 ±0.05 56-76 mm3/Kwh 250°C/350°C 72-82 pdf-icon
MI 00 315 0.40 ±0.05 60 mm3/Kwh 250°C/320°C 70 pdf-icon
MI-00-401 MI 00 401 0.5 ±0.05 86-110mm3/Kwh 250°C/350°C 86-93 pdf-icon
MI-00-402 MI 00 402 0.35 ±0.05 40-10mm3/Kwh 250°C/350°C 90-94 pdf-icon
MI 00 405 0.45 ±0.05 60-66mm3/Kwh 300°C/400°C 85-87 pdf-icon
MI-00-501 MI 00 501 0.40 ±0.05 50-75mm3/Kwh 250°C/350°C 88-92 pdf-icon
MI-00-601 MI 00 601 0.45 ±0.05 45-85mm3/Kwh 250°C/350°C 80-85 pdf-icon
MI-00-602 MI 00 602 0.45 ±0.05 50-70 mm3/Kwh 250°C/350°C 76-84 pdf-icon
MI-00-603 MI 00 603 0.35 ±0.05 34-54 m3/Kwh 250°C/350°C 75-80 pdf-icon
MI-00-604 MI 00 604 0.40 ±0.05 50-70 mm3/Kwh 250°C/350°C 85-90 pdf-icon
MI-00-605 MI 00 605 0.5 ±0.05 70-110mm3/Kwh 250°C/350°C 84-90 pdf-icon
MI 00 606 0.50 ±0.05 230±20 mm3/Kwh 250°C/350°C 81-89 pdf-icon
MI 00 607 0.3 -mm3/Kwh 350°C/250°C 60-70 pdf-icon
MI 00 608 0.45 ±0.05 85-10 mm3/Kwh 250°C/350°C 88±5 pdf-icon
MI 00 609 0.30 ±0.05 45-50 mm3/Kwh 250°C/350°C 70-75 pdf-icon
MI 00 610 0.50 ±0.05 100-10 mm3/Kwh 250°C/300°C 85 ±0.05 pdf-icon
MI 00 611 0.45 ±0.05 60±10 mm3/Kwh 250°C/350°C 85±5 pdf-icon
MI 00 620 0.40 ±0.05 80±10 mm3/Kwh 250°C/350°C 83±5 pdf-icon
MI-00-701 MI 00 701 0.55 ±0.05 24-40 mm3/Kwh 250°C/350°C 80-85 pdf-icon
MI-00-702 MI 00 702 0.45 ±0.05 90 mm3/Kwh 250°C/350°C 85-90 pdf-icon
materialebozza MI 00 704 0.50 ±0.05 40-50mm3/Kwh 250°C/350°C 85-90 pdf-icon
MI 00 705 0.5 ±0.05 -mm3/Kwh 250°C/355°C 88±5 pdf-icon
MI 00 711 0.40±0.05 60±10 mm3/Kwh 360°C/400°c 85±5 pdf-icon
MI 00 801 0.38 ±0.05 35-40 mm3/Kwh 250°C/350°C 87-90 pdf-icon
MI 00 901 0.18 20-23 mm3/Kwh 150°C/200°C 73-76 pdf-icon
MI 00 910 0.32 ±0.48 -mm3/Kwh 150°C/200°C 80+-7 pdf-icon
MI 00 950 0.50 ±0.05 60-70mm3/Kwh 450°C/550°C 85-87 pdf-icon
MI TR 601 0.34 ±0.47 35-45mm3/Kwh 250°C/370°C 70-72 pdf-icon
MI AF 202 0.38 150°C/200°C 80±7 pdf-icon
MI AO 202 0.32 ±0.05 at P 5=Kg/cm2 200°C/250°C 63±5 pdf-icon
MI A11 314 0.30 ±0.08 200°C/250°C 70±5 pdf-icon

 

Nastri in rotolo

Nome e fotografia
del Materiale
Coefficiente
d’attrito
Tasso d’usura
(@ 79N, 7m/s)
Temperatura
di esercizio
Durezza
(SHORE D)
Scarica
PDF
RCI 15 0.38 -mm3/Kwh 150°C/250°C 65 pdf-icon
RCI 20 0.42 -mm3/Kwh 175°C/250°C 75 pdf-icon
RCI-21 RCI 21 0.42 -mm3/Kwh 175°C/250°C 75 pdf-icon
SWR SWR 0.55 -mm3/Kwh 288°C/235°C 60-70 pdf-icon
TAM-01 TAM 01 0.45 -mm3/Kwh 250°C/350°C 60-75 pdf-icon

 

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