Skip to main content

6 reasons why you need heating blankets on your industrial liquid containers during winter


 

 

 

The Benefits of Heated Covers for Industrial Liquids During Harsh Canadian Winters

When it comes to handling industrial liquids during the brutal Canadian winters, maintaining the proper temperature is critical for efficiency and safety. Whether you're storing or transporting chemicals, oils, adhesives, or other sensitive materials in drums, pails, or totes, freezing conditions can severely impact their viscosity, usability, and even cause irreversible damage. One practical solution to this challenge is the use of heated covers or heating blankets. Here’s why they are essential for industrial applications.

1. Preventing Freezing and Maintaining Flow

Canadian winters often bring sub-zero temperatures, which can cause industrial liquids to freeze or become too viscous to be effectively processed. Heated covers help maintain the fluidity of liquids by applying consistent, controlled warmth around drums, pails, or totes. This prevents costly downtime associated with defrosting or warming liquids before they can be used.

For example, adhesives and resins can become too thick to dispense at low temperatures, and heating blankets ensure they remain pumpable, ready for immediate use.

2. Energy Efficiency and Cost Savings

Traditional methods of heating liquids, such as heated rooms or bulky immersion heaters, are energy-intensive and inefficient. Heated covers provide targeted heating, reducing energy consumption and costs. By wrapping only the container in need of warmth, heat loss to the surrounding environment is minimized.

Many heated blankets are equipped with adjustable thermostats, allowing for precision control over the temperature. This not only saves energy but also prevents overheating, which can damage sensitive liquids.

3. Safety and Risk Mitigation

In industries dealing with volatile or reactive chemicals, extreme cold can cause hazards such as pressure build-up or changes in chemical properties. Heated covers help to mitigate these risks by keeping the liquids within a safe operating temperature range.

Furthermore, by avoiding ice formation and preventing container damage from expansion or cracks, heated blankets enhance the safety of personnel working in cold environments.

4. Versatility Across Different Containers

Heated covers are highly versatile and can be applied to various container types, from small pails to large totes and drums. They are typically available in different sizes to accommodate the container and material being heated.

This flexibility makes them an excellent solution for companies with a wide range of storage needs. Whether you're heating food-grade liquids in totes or industrial solvents in drums, heating blankets offer a customizable approach to temperature maintenance.

5. Protection Against Cold Weather in Remote Locations

Many industries in Canada operate in remote locations where maintaining consistent indoor temperatures can be challenging. Whether it's oil and gas operations in the northern provinces or manufacturing sites located far from urban centers, heated covers offer a reliable solution to protect critical materials from freezing in unheated warehouses or outdoor storage areas.

Portable and easy to install, heating blankets can be quickly deployed in such scenarios, providing immediate temperature control without the need for extensive infrastructure.

6. Preserving Product Quality and Integrity

Some industrial liquids are highly sensitive to temperature changes, and any fluctuation outside the recommended range can compromise their quality. For instance, food-grade oils, certain chemicals, or water-based solutions can degrade if frozen. Heated covers ensure that such materials are preserved in optimal conditions, maintaining their integrity and extending their shelf life.

Conclusion

Heated covers and blankets are essential tools for industries facing the challenges of Canadian winters. They prevent freezing, improve energy efficiency, ensure safety, and protect the quality of industrial liquids stored in drums, pails, and totes. As temperatures drop, investing in heating solutions tailored to specific container needs can make a significant difference in operational efficiency and cost savings, ensuring smooth operations throughout the winter months.

By keeping industrial liquids at the right temperature, companies can avoid downtime, protect their products, and ensure a safer work environment. For any business handling liquids in cold weather, heated covers are a smart, reliable investment.

Comments

Popular posts from this blog

Choosing the Right Sealing Gaskets for Power Oil Transformers

  Transformers are an essential part of the electrical power distribution grid. Transformer gaskets’ materials are critical for their performance and longevity. Hence, this requires the best selection of sealing materials as leakage can lead to oil contamination of surrounding environment, damaging insulation materials and significantly reducing the life of a transformer. Proper gasket material will help maintain the transformer’s dielectric strength, prevent oxygen, nitrogen and/or moisture leaks, prevent oil contamination and more… Below are some options to consider for proper gasket material selection: Cork with Nitrile binder : traditional material used for decades. Easy to compress in place, fair weather and oil resistance. Low cost Nitrile rubber (NBR) : for general purposes with operating temperature between -30°C to 100°C. Low cost, easily available Fluoroelastomer ( V iton ® B, FKM) rubber : application for higher temperatures to 200°C. Expensive,

Which Removable Insulation Cover Materials to chose?

Flexible, removable insulation covers find application in heavy industries where swift or regular access to equipment is essential. These covers are crucial for insulating heat (or cold) to ensure safety, energy efficiency, and precision in industrial processes. A common inquiry revolves around the choice of fabric under specific circumstances. One pivotal factor to contemplate is whether the material is in direct contact with the equipment or exposed to external elements.   Presented below is a Decision Table to assist you in making informed choices:   Link We hope this table will facilitate your choice next time you require flexible removable cover insulation. Call Robco or Prodimax if you need further information.

Quel joints d'étanchéité choisir pour transformateurs électriques à l'huile

  Les transformateurs sont un élément essentiel du réseau de distribution de l'énergie électrique. Les matériaux utilisés pour les joints de transformateurs sont déterminants pour leurs performances et leur longévité.  Il est donc nécessaire de sélectionner au mieux les matériaux d'étanchéité, car les fuites peuvent entraîner une contamination de l'environnement par l'huile, endommager les matériaux d'isolation et réduire considérablement la durée de vie d'un transformateur.  Un matériau d'étanchéité approprié permet de maintenir la rigidité diélectrique du transformateur, d'éviter les fuites d'oxygène, d'azote et/ou d'humidité, de prévenir la contamination de l'huile, etc. Vous trouverez ci-dessous quelques options à considérer pour le choix d'un matériau de joint approprié : - Liège avec liant Nitrile : matériau traditionnel utilisé depuis des décennies. Facile à comprimer en place, bonne résistance aux intempéries et à l&#