High Temperature Drying Oven LHDO-C10

The High Temperature Drying Oven LHDO-C10 provides a 136L working volume for mid size batches. Its inner chamber is fabricated from corrosion resistant 304 stainless steel. Three height adjustable shelves maximize sample loading flexibility. Edges are rounded and surfaces smooth for easy wiping. The robust construction withstands repeated thermal cycling. Overall, durability and hygiene are built in from the start.

Labtron’s High Temperature Drying Oven LHDO-C10 features operating span is RT+5°C up to 500°C for versatile processes. Multi heater arrays deliver rapid ramp up with selectable power grades. Aluminum silicate insulation stabilizes the heat profile at high settings. Uniformity is maintained within ±3.5°C across the chamber. Fluctuation stays at or below 2°C for precise protocols. A 0.1°C resolution readout lets users fine tune setpoints accurately.

The High Temperature Drying Oven LHDO-C10 features mechanical thermostat, which provides reliable backup temperature regulation. Adjustable exhaust flap prevents internal over pressure or vapor buildup. Over temperature cutoff safeguards elements and product loads. Audio visual alarms alert users to any deviation immediately. Password protected multi segment programming minimizes unauthorized changes. Robust construction ensures long service life in demanding labs.

The High Temperature Drying Oven LHDO-C10 walls are packed with high density aluminum silicate fiber insulation. This material drastically reduces conductive and radiant heat loss. Energy consumed (6000W) is directed mainly to the load. Forced air circulation evens out hot spots quickly. The design lowers exterior surface temperatures for operator safety. Together, these factors drive efficient, stable high temperature performance.

The High Temperature Drying Oven LHDO-C10 is commonly used in pharmaceutical granule drying and glassware sterilization. Textile labs employ it for fabric heat resistance tests. Ceramic studios use the 500°C ceiling for glaze firing cycles. Chemical facilities accelerate solvent evaporation from sensitive samples. Automotive R&D cures resins and composites under controlled heat. Its versatility makes the oven a mainstay across research and production settings.