STM/STH (MC Nylon) Series

Heavy duty industrial caster

Application: Factories / Manufacturing

STM-130MBC

Contents Code number mm kgs mm mm mm mm mm mm per case (pce) MC Nylon 75 120 100 81×81 63×63 9.5 30 69 30 STM-75MBC 100 180 144 95×95 73×73 (70×70) 10.5 35 88 15 STM-100MBC 130 270 177 105×105 82×82 (80×80) 11.0 40 108 10 STM-130MBC 150 300 198 120×120 93×93 (90×90) 11.0 45 123 8 STM-150MBC 200 400 250 140×140 115×115 (105×105) 11.0 58 166 4 STM-200MBC

STM-130MBC-W3

Contents Code number mm kgs mm mm mm mm mm mm per case (pce) MC Nylon 75 120 100 81×81 63×63 9.5 30 69 30 STM-75MBC-W3 100 180 144 95×95 73×73 (70×70) 10.5 35 88 15 STM-100MBC-W3 130 270 177 105×105 82×82 (80×80) 11.0 40 108 8 STM-130MBC-W3 150 300 198 120×120 93×93 (90×90) 11.0 45 123 6 STM-150MBC-W3 200 400 250 140×140 115×115 (105×105) 11.0 58 166 4 STM-200MBC-W3

SKM-130MBC

Contents Code number mm kgs mm mm mm mm per case (pce) MC Nylon 75 120 100 95×71 63×63 9.5 30 STM-75MBC 100 180 144 115×80 80×45 10.5 15 STM-100MBC 130 270 177 138×90 100×56 11.0 10 STM-130MBC 150 300 198 138×90 100×56 11.0 8 STM-150MBC 200 400 250 152×100 112×63 11.0 4 STM-200MBC

STH-100MHC

Contents Code number mm kgs mm mm mm mm mm mm per case (pce) MC Nylon 100 460 144 108×108 80×80 11 35 90 10 STH-100MHC 130 550 177 108×108 80×80 11 40 110 8 STH-130MHC 150 600 198 120×120 90×90 11 45 125 6 STH-150MHC

SKH-100MHC

Contents Code number mm kgs mm mm mm mm per case (pce) MC Nylon 100 460 144 137×80 108×55 (100×50) 11 10 SKH-100MHC 130 550 177 137×93 100×56 56 8 SKH-130MHC 150 600 198 137×93 100×56 56 6 SKH-150MHC

Specifications
Features: High intensity & hardness. Can be loaded more than rubber or plastic wheel. Less starting & rolling resistance. High efficiency High heat resistance. Excellent heat resistance.
MC Nylon Wheel: MBC MC Nylon Wheel: MHC Diameter (mm) Breaking load (kg) Coefficient of wheel rotation (µ) Starting resistance (kgf) Breaking load (kg) Coefficient of wheel rotation (µ) Starting resistance (kgf) 75 800 0.010 3.60 – – – 100 1400 0.010 5.40 3000 0.005 6.90 130 1900 0.010 8.10 3300 0.005 8.25 150 1900 0.005 4.50 3300 0.005 9.00 200 2100 0.004 4.80 – – –
Starting resistance(kgf) = Working load(kg) x Coefficient of wheel rotation(µ) *Working load(kg) = Load capacity(kg) x 3