About Casted Heater
This specific type of heater is used in the semiconductor handling industries as they require their product to maintain their shape. Our company produces this
Casted Heater using high-quality aluminum, bronze or iron as per the requirement of our esteemed clients. This precisely controllable heater can withstand extremely high temperature and are highly resistive to damage because of our quality production. Minimum 6 number of this
Casted heater should be ordered at a time and we assure its prompt timely delivery at the clients location
Applications: - Heating process of dies and
- Heating nozzle
- Food Industry/ Restaurant
- Paper manufacturing industry
- Painting Industry/ Ovens
- Fiber industry
- Glass and ceramics industry
- Forging Industry
Versatility in Shape and SizeThe Casted Heater is available in standard round, square, rectangular formats, or can be fully customized to match your equipment specifications. This adaptability makes it suitable for a wide array of industrial applications, from injection molding and extrusion to food processing and packaging, ensuring seamless integration regardless of your requirements.
Advanced Heating TechnologyOutfitted with a nickel-chrome (NiCr) resistance wire and insulated with premium-grade magnesium oxide (MgO), these heaters offer high thermal conductivity, rapid heating, and exceptional dielectric strength above 2000V. The result is both energy efficiency and reliable safety, even under continuous high-stress industrial use.
Tailored to Your NeedsOur design and manufacturing processes allow for extensive customization, from desired surface finish and mounting type to specific power output (500 W 2500 W) and voltage (110V, 220V, 380V). Each heater is crafted to meet precise industry standards, including CE and RoHS compliance, ensuring both quality and peace of mind.
FAQs of Casted Heater:
Q: How is a Casted Heater installed and where can it be mounted?
A: Casted Heaters can be easily surface mounted or clamp mounted directly onto cylindrical surfaces, platens, barrels, or custom surfaces as required by your application. Installation flexibility allows them to be integrated into injection molding machines, extruders, or any compatible industrial equipment.
Q: What types of industrial applications are suitable for this heater?
A: These heaters are ideal for use in plastic processing, injection molding, extruders, dies, moulds, packaging, and food processing industries. Their high efficiency and robust design serve applications needing uniform and reliable heating over varying surfaces.
Q: What are the benefits of using nickel-chrome (NiCr) resistance wire and MgO insulation in the heater?
A: Nickel-chrome (NiCr) resistance wire provides excellent durability and rapid heating capabilities, while high-grade magnesium oxide (MgO) insulation ensures high dielectric strength, electrical safety, and efficient thermal conductivity for uniform heat distribution.
Q: Can the shape, size, and wattage of the heater be customized?
A: Yes, the heaters designincluding its shape (round, square, rectangular, or customized), size, and wattage (500 W 2500 W)can be tailored to your specific industrial requirements, ensuring optimal fit and performance in any application.
Q: What makes this Casted Heater compliant with industrial quality standards?
A: The heater adheres to CE and RoHS standards, reflecting stringent manufacturing practices and quality assurance. This guarantees safety, eco-friendliness, and reliability across diverse industrial environments.
Q: When should I choose a brass cast versus an aluminum cast heater?
A: Brass cast heaters are generally preferred when greater mechanical strength and higher thermal conductivity are needed, while aluminum cast versions offer lightweight and cost-effective solutions. Your specific process and thermal needs will guide the optimal material choice.
Q: How does the heater provide uniform heat distribution?
A: Thanks to its high thermal conductivity materials and advanced construction, the heater ensures even heat spread across surfaceseliminating hotspots and enabling consistent processing conditions critical in sensitive industrial operations.