Laboratory Digital Temperature Control Heating Mantle 30Liters

Name: Laboratory Digital Temperature Control Heating Mantle 30Liters
Brand: Aibote Henan Science And Technology Development Company Limited
SKU: 1189863638_1
Price: 236.00 USD
Availability: InStock
Rating: 4.8 (100 reviews)

Product overview

Core functionalities

Applicable scenarios

Unique advantages

Precision Temperature Control: Equipped with a digital display and adjustable controls, enabling precise setting (SV) and real-time monitoring (PV) of temperatures for consistent heating in laboratory processes.
Large-Scale Heating Capacity: Designed to accommodate 30L containers, ideal for high-volume applications such as chemical reactions, distillation, or large-batch sample processing.

Key features

1. Corrosion-Resistant Stainless Steel Construction

Material Technology

2. Intuitive Digital Display & Control Panel

Interactive Design

3. 30L Capacity & ±1°C Temperature Accuracy

Performance Parameters

4. Versatile Scenario Adaptability

Scenario Solutions

5. International Safety & Environmental Compliance

Certification Standards

Product details

The Laboratory Digital Temperature Control Heating Mantle 30Liters is a robust, precision-engineered device designed for large-scale laboratory applications. Built with corrosion-resistant stainless steel and advanced digital controls, it ensures stable temperature maintenance and safety compliance. Certified to CE, EMC, and RoHS standards, it meets global laboratory safety requirements while offering customizable performance for diverse experimental needs.

Technical specifications

Feature	Specification	Application Scenario
Material	Stainless steel with protective coating	Withstands harsh chemicals and frequent use in labs
Temperature Range	-20°C to 300°C (adjustable)	Maintaining precise temps for chemical reactions
Certifications	CE, EMC, RoHS	Ensures compliance with EU safety and environmental standards
Heating Element	Nichrome wire (high-temperature resistant)	Efficient heating in demanding processes like distillation
Safety Features	Overheat alarm, emergency switch	Prevents equipment damage and ensures user safety

Customization guide

Adjustable parameters include:

Temperature Range: Customize from -20°C to 300°C to suit specific experiments.
Timer Function: Program heating cycles up to 24 hours for automated processes.
Container Compatibility: Use with glass, stainless steel, or PTFE containers for material-specific needs.

Get inspired

Ideal for labs requiring large-scale heating, this mantle combines precision and durability. Whether synthesizing chemicals or conducting long-duration reactions, its stable temperature control and safety features ensure reliable performance.

Choose your model

Parameter	Base Model	Advanced Model	Pro Model
Temperature Range	0–250°C	0–300°C	-20°C–300°C
Heating Speed	Standard (45 min to 200°C)	20% faster¹	30% faster¹
Control Features	Basic digital display	PID temperature control	PID + wireless monitoring
Timer Function	No	Up to 12 hours	Up to 24 hours

¹Comparative to traditional heating mantles.

Supplier's note

Key Technical Breakthroughs:
- Certifications: Compliance with CE, EMC, and RoHS ensures global lab safety and environmental standards.
- Digital Display: Real-time PV/SV monitoring allows ±0.5°C precision for critical reactions.
- Safety Alarm: Immediate overheating alerts reduce risks in unattended operations.
Optimal Version Selection:
- Base Model: Ideal for basic heating tasks (e.g., small-scale distillation) where cost-efficiency is prioritized.
- Advanced Model: Suitable for labs needing extended temperature ranges (e.g., polymer synthesis) and programmable timers.
- Pro Model: Best for research requiring ultra-precise control (e.g., cryogenic studies) and remote monitoring capabilities.

Example: With the Pro Model’s -20°C to 300°C range, you can conduct cryogenic experiments and high-temperature sterilization in the same device. Its 30% faster heating¹ cuts wait times, boosting lab productivity.

Frequently asked questions

Which model of 30L laboratory heating mantle suits large-scale chemical experiments?
How do I clean the heating element of an electric heating mantle safely?
Stainless Steel vs. Plastic Heating Mantles: Which is better for corrosive environments?
Can I customize the temperature range of a 30L digital heating mantle?
Is the digital display of this heating mantle compatible with real-time monitoring systems?
What safety features does the 30L electric heating mantle include?
Does the heating mantle support timed heating cycles for batch processes?
Are there container compatibility guidelines for the 30L heating mantle?

Product comparison

Category	Usage Scenarios	Characteristics	Advantages	Disadvantages
Temperature Control	Precision Chemistry, Biological Cultures	±1°C accuracy (Advanced) / ±2°C (Base) / ±3°C (Industry) ▲▲▲	Ensures stable conditions for sensitive reactions (e.g., PCR, enzyme assays)	Advanced version requires higher initial investment due to precision sensors
Material Durability	Corrosive Environments	316L Stainless Steel (Advanced) / 304 Stainless Steel (Base) / Grade 201 (Std) ▲▲	Resists aggressive chemicals (e.g., acids, solvents) (ASTM A240)	Base may corrode in prolonged exposure to harsh chemicals
Noise Level	Shared Lab Spaces	40 dBA (Advanced) / 45 dBA (Base) / 50 dBA (Industry) ▲▲▲	Quieter than a whisper (40 dBA), minimizes disruption in open labs	Advanced’s soundproofing adds weight, limiting portability
Safety Features	High-Risk Labs	Auto-Shutoff + Dual Alarms (Advanced) / Overheat Protection (Base) / Basic Alarm ▲▲	Prevents overheating catastrophes (e.g., flammable material experiments)	Advanced’s dual alarms may trigger false positives in stable environments
Certifications	Global Export Compliance	CE + EMC + RoHS (Advanced) / CE + EMC (Base) / CE Only (Industry) ▲▲	Meets EU RoHS standards for hazardous material restrictions	Base lacks RoHS, limiting export to certain regions
Volume Capacity	Large-Batch Processing	30L (ISO 1000 Certified)	Handles 30L batches for industrial-scale lab workflows	Bulkier than smaller models, requiring dedicated lab space