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... sand—from 150–400°C down to ≤50°C—meeting the stringent temperature requirements of high-pressure molding lines. Based on fluidization heat transfer, it injects ambient air through a perforated plenum plate...
... sand—from 150–400°C down to ≤50°C—meeting the stringent temperature requirements of high-pressure molding lines. Based on fluidization heat transfer, it injects ambient air through a perforated plenum plate...
... sand—from 150–400°C down to ≤50°C—meeting the stringent temperature requirements of high-pressure molding lines. Based on fluidization heat transfer, it injects ambient air through a perforated plenum plate...
... sand—from 150–400°C down to ≤50°C—meeting the stringent temperature requirements of high-pressure molding lines. Based on fluidization heat transfer, it injects ambient air through a perforated plenum plate...
... sand—from 150–400°C down to ≤50°C—meeting the stringent temperature requirements of high-pressure molding lines. Based on fluidization heat transfer, it injects ambient air through a perforated plenum plate...
... sand—from 150–400°C down to ≤50°C—meeting the stringent temperature requirements of high-pressure molding lines. Based on fluidization heat transfer, it injects ambient air through a perforated plenum plate...
... sand—from 150–400°C down to ≤50°C—meeting the stringent temperature requirements of high-pressure molding lines. Based on fluidization heat transfer, it injects ambient air through a perforated plenum plate...
... sand—from 150–400°C down to ≤50°C—meeting the stringent temperature requirements of high-pressure molding lines. Based on fluidization heat transfer, it injects ambient air through a perforated plenum plate...
... sand—from 150–400°C down to ≤50°C—meeting the stringent temperature requirements of high-pressure molding lines. Based on fluidization heat transfer, it injects ambient air through a perforated plenum plate...
... sand—from 150–400°C down to ≤50°C—meeting the stringent temperature requirements of high-pressure molding lines. Based on fluidization heat transfer, it injects ambient air through a perforated plenum plate...
... sand—from 150–400°C down to ≤50°C—meeting the stringent temperature requirements of high-pressure molding lines. Based on fluidization heat transfer, it injects ambient air through a perforated plenum plate...
... sand—from 150–400°C down to ≤50°C—meeting the stringent temperature requirements of high-pressure molding lines. Based on fluidization heat transfer, it injects ambient air through a perforated plenum plate...
...Heated Bed Silicone rubber heater (silicone heating sheet , silicone rubber, silicone rubber electrothermal film heating plate etc.), silicone rubber insulating layers is made of silicone rubber and glass fi...
...:350g Size: 220 * 220* 3.0mm Voltage: 12V / 24V Product features: 3mm thick aluminum substrate, hot bed and aluminum plate are combined into one, no need to add glass! The corners are...
...Replacement Warranty: 2 years Installation: PORTABLE Function: Adjustable Thermostat, Overheat Protection, Tip-Over Protection Heating Element: Heating Wire, PTC Item Weight: 1 Application: Hotel, Household ...
... of silicone rubber, the heater can be in close contact with the heated object.Silicone rubber heater has many advantages such as fast heat generation, even heating, long service life and resistance to aging...
... and long use life; 2. Water, acid and alkali resistance, high-strength of electric insulation; 3. Small space occupied when applying this heating product; 4. Its self-insulation and free-of-open-fire proper...
...heat bed silicone rubber heater mat General Introduction of Flexible Silicone Heater Silicone Rubber Heater can be manufactured from etched foil or from resistance wire as a wire wound circuit. The circuit p...