Hot Plate Round

Name: Hot Plate Round
Brand: RELIABLE LAB EQUIPMENT CO.
Price: 15000.0 INR
Availability: InStock

Price 15000.0 INR/ Piece

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MOQ : 1 Piece

Hot Plate Round Specification

Control Type
Rotary Knob Thermostat

Heating Capacity
Rapid Heating

Shape
Round

Accuracy
5C

Power Supply
AC Mains

Temperature Resistance
Up to 350C

Features
Corrosion Resistant, Sturdy Construction, Even Heat Distribution

Display Type
Analog or Indicator Light

Type
Hot Plate Round

Dimension (L*W*H)
205 mm diameter

Equipment Type
Electrical Laboratory Equipment

Equipment Materials
Mild Steel Body with powder coated finish

Power
1000 Watts

Voltage
220-240V AC

Material
Cast Iron Top Plate

Application
Laboratory Heating / Chemical Analysis

Capacity (Ltr)
2 Litres

Top Plate Diameter
Approx. 205 mm (8 Inches)

Usage
For Heating Solutions in Academic, Industrial, Research Laboratories

Cord Length
1.5 Meter

Insulation
Asbestos Sheet for Heat Protection

Surface Coating
Chemical Resistant Coating

Operating Frequency
50 Hz

Weight
Approx. 4 Kg

Mounting Type
Benchtop

About Hot Plate Round

Buy Online the best-selling Hot Plate Round, acclaimed for its exceptional performance and reliable construction. Designed for optimum laboratory heating solutions, this remarkable equipment features a sturdy mild steel body with powder-coated finish and a corrosion-resistant, cast iron top plate (205 mm diameter). Capable of rapid heating up to 350C, its chemical-resistant surface ensures durability while the asbestos sheet insulation maximizes safety. The rotary knob thermostat provides precise control with 5C accuracy. Suitable for academic, research, and industrial applications, it runs on standard 220-240V AC supply.

Distinct Features & Applications of Hot Plate Round

Engineered for diverse laboratory use, this Hot Plate Round exhibits remarkable heat distribution, robust corrosion resistance, and a sturdy build. It is ideal for tasks such as solution preparation, drying samples, and chemical analysis in academic institutions, research facilities, and quality control labs. Its benchtop mounting and compact design make it a convenient choice for settings where efficiency and reliability are essential. The chemical-resistant coating ensures longevity, making it suitable for a wide array of laboratory applications.

Sample Policy, Delivery Timeline & Payment Terms

Our Hot Plate Round sample policy ensures that you receive product samples as per request to assess suitability. Once your order is confirmed, items are promptly dispatched using trusted transport services to guarantee swift and safe delivery. Standard delivery times range from 7 to 15 business days depending on location. Payment terms are flexible, supporting advance payment or other agreed arrangements to facilitate a smooth and reliable purchasing process-from order placement to final delivery.

FAQ's of Hot Plate Round:

Q: How does the chemical-resistant coating enhance the Hot Plate Round's durability?

A: The chemical-resistant coating protects the surface from corrosive substances typically used in laboratories, ensuring your Hot Plate Round remains durable and effective over extended periods.

Q: What is the process for adjusting and controlling the temperature?

A: Temperature is managed using a rotary knob thermostat, allowing you to set your desired heating level. The indicator light or analog display helps monitor operation for optimum results.

Q: Where can this Hot Plate Round be effectively used?

A: This device is ideal for use in academic, research, and industrial laboratories, particularly for heating solutions, chemical analyses, and sample drying processes.

Q: When can I expect the delivery of my Hot Plate Round after purchase?

A: After your order confirmation, the Hot Plate Round is typically dispatched within a few days and delivered via reliable transport services. Delivery usually takes 7 to 15 business days, depending on your location.

Q: What are the benefits of the asbestos sheet insulation?

A: Asbestos sheet insulation enhances heat protection for users and reduces heat loss, contributing to greater safety and energy efficiency during laboratory operations.

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