Waste Rendering Plant For Research And Development

Waste Rendering Plant For Research And Development Specification

Speed
Variable

Automation Grade
Semi-Automatic

Frequency
50 Hz

Usage & Applications
Laboratory Research, Pilot Scale Rendering, Educational Purposes, Small Scale Waste Processing

Efficiency (%)
Up to 90%

Accessories
Standard Tools, Safety Gloves, Starter Kit

Motor Power
5 HP

Installation Guideline
On-site Technician Support Provided

Driven Type
Electric

Production Capacity
Customized

Temperature Range
50C - 200C

Model No
WRP-RD500

Type
Waste Rendering Plant For Research And Development

Material
Stainless Steel

Computerized
Yes

Automatic Grade
Semi-Automatic

Control System
PLC Controlled

Drive Type
Electric

Voltage
415 V

Power
22 kW

Weight (kg)
1200

Dimension (L*W*H)
2500 x 1300 x 1600 mm

Color
Silver/Grey

Capacity
500 kg/batch

Features
Corrosion Resistant, Energy Efficient, Easy Operation, High Durability

Surface Finish
Polished

Machine Type
Batch Type

Power Consumption
Low

Maintenance
Low Maintenance Design

Heating Method
Steam/Electric

Process Time
3-4 hours per batch

Input Material Size
Up to 80 mm

Cooling System
Water Cooled Jacket

Packaging Type
Wooden Crate

Exhaust System
Fume Extraction Hood

Operator Requirement
1-2 Operators

Chamber Volume
700 Liters

Noise Level
< 70 dB

Safety Features
Overload Protection, Emergency Stop Button

Waste Rendering Plant For Research And Development Trade Information

Minimum Order Quantity
1 Plant

Payment Terms
Cash in Advance (CID)

Supply Ability
10 Plants Per Month

Delivery Time
6-8 Days

Main Domestic Market
All India

About Waste Rendering Plant For Research And Development

Take advantage of this ineffable, sought-after Waste Rendering Plant for Research and Development, now available at a reduced price. Spotlight the plant's heroic 700-liter chamber and efficient steam/electric heating for consistent, high-capacity performance. The unit's water-cooled jacket, fume extraction hood, and low noise level (<70 dB) combine for safe, user-friendly operation. Featuring PLC controls, overload protection, easy operation, and a semi-automatic, energy-efficient design, this stainless steel marvel is destined for pilot rendering, laboratory research, and educational use-delivering unmatched durability and minimal maintenance.

Advanced Features & Applications for R&D Excellence

This batch-type rendering plant spotlights extra features like a corrosion-resistant stainless steel chamber, emergency stop button, and overload protection. Enhanced durability and low maintenance empower quick, safe, and reliable operation. Ideal for laboratory research, pilot-scale rendering, education, or small-scale waste processing, its variable speed, computerized PLC controls, and customizable production capacity make it the heroic choice for contemporary research environments. The included standard tools, safety gloves, and starter kit guarantee a seamless start.

Sample Policy & Supply: Fast Delivery, Valuable Access

Our sample policy is designed to maximize your market value, offering immediate access to demonstration units on a quick dispatch basis. With consistent supply ability and a drop-off process tailored to your needs, we ensure samples are available for thorough evaluation. Safe packaging in wooden crates and on-site technician support enable swift sample receipt, helping you make confident research and procurement decisions with minimal wait times.

FAQ's of Waste Rendering Plant For Research And Development:

Q: How does the Waste Rendering Plant for R&D ensure safe operation?

A: The plant features robust safety mechanisms such as overload protection, an emergency stop button, and a water-cooled jacket to prevent overheating, ensuring secure operation in laboratory and pilot settings.

Q: What are the main applications of this rendering plant?

A: This plant is designed for laboratory research, educational use, pilot-scale rendering, and small-scale waste processing, making it highly flexible for research and development environments.

Q: What is the process time for each batch, and what capacity does it handle?

A: Each batch process takes approximately 3-4 hours, with a chamber volume of 700 liters and a capacity of 500 kg per cycle, optimized for efficient throughput.

Q: Where is installation support available for this equipment?

A: Comprehensive installation guidance and on-site technician support are provided throughout India to ensure seamless setup and commissioning.

Q: What are the benefits of the plant's semi-automatic and PLC-controlled system?

A: Its semi-automatic, PLC-controlled system allows for precise control, reduced operator workload (1-2 operators required), and enhanced reproducibility in research and production scenarios.