Thermal Fleece Blankets Manufacturer and Supplier

Institutional Uses of Thermal Fleece Blankets:

Thermal fleece blankets are commonly utilized in institutional settings, including hospitals, nursing homes, and shelters, due to their exceptional warmth, durability, and low-maintenance requirements. Some of the most common institutional uses of thermal fleece blankets include:

1. Patient care: Thermal fleece blankets are a popular choice in healthcare settings, including hospitals, for their ability to provide warmth and comfort to patients during their stay. They can be used in patient rooms, emergency departments, and recovery areas.
2. Emergency shelters: Thermal fleece blankets are also used in emergency shelters for individuals who have been displaced due to natural disasters or other crises. They provide a warm and comforting layer for those who may be without adequate shelter or heating.
3. Long-term care: Nursing homes and assisted living facilities often use thermal fleece blankets as part of their bedding and linen services. These blankets are characterized by their ease of cleaning, as they are machine washable and quick to dry, making them a practical and cost-effective choice for high-traffic institutional settings.
4. Correctional facilities: Thermal fleece blankets may also be used in correctional facilities as part of their bedding and linen services. They are a popular choice in institutional settings due to their durability and affordability.

The demand for warmth, comfort, and practicality drives their use in hospitals, nursing homes, and shelters. These blankets offer a practical solution for keeping a large number of people warm and comfortable in a cost-effective and low-maintenance way.

Material Composition

Polyester is the most commonly used material for producing thermal fleece blankets due to its lightweight, durable, and moisture-wicking properties, which provide effective insulation. The fabrication of polyester fleece can involve various techniques, such as knitting or weaving, and is available in a range of weights or thicknesses.

The technical GSM (grams per square meter) and yarn counts for thermal fleece blankets can vary depending on the intended use and quality level. Typically, the GSM of a blanket can be used as an indicator of its thickness and plushness, with higher GSM values indicating a thicker and more plush blanket, while lower GSM values indicate a lighter and more breathable one. Yarn count, on the other hand, refers to the number of individual threads in a single strand of yarn and can impact the overall softness and durability of the blanket.

For example, a common specification for a standard polyester fleece blanket may be:

• Material: 100% polyester
• GSM: 250-300 gsm (or higher for heavier weight blankets)
• Yarn count: 150D/144F (or higher for thicker or more luxurious blankets)

However, the above specifications are for reference/example only. It will definitely vary depending on the product specifications, target market, and customer requirements.

Virgin Fibers in Thermal Fleece Blankets

Virgin fiber refers to fibers that have not been previously used or recycled. In the case of thermal fleece blankets, virgin fiber is often used because it can provide better insulation and durability than recycled fiber. Recycled fiber may have shorter fibers or be less consistent in quality, which can result in a less durable or less effective blanket. By using virgin fiber, manufacturers can ensure that their thermal fleece blankets will provide the desired level of warmth and insulation for years to come.

International Standardization

The UNHCR, ICRC, and IFRC are humanitarian organizations that provide aid to people affected by conflicts and disasters. Organizations often establish their own standards for thermal fleece blankets to ensure that they meet specific quality requirements and are appropriate for their intended use.

Here are the details of their standards for low, medium, and high thermal fleece blankets:

UNHCR Standard for Thermal Fleece Blankets:

1. Low Thermal Fleece Blanket:
   • Weight – 1.1 to 1.2 kg
   • Dimensions – 150 x 200 cm
   • Thermal Resistance – 0.28-0.30 m2 K/W
   • Material – 100% polyester.
2. Medium Thermal Fleece Blanket:
   • Weight – 1.3 to 1.4 kg
   • Dimensions – 150 x 200 cm
   • Thermal Resistance – 0.32-0.34 m2 K/W
   • Material – 100% polyester.
3. High Thermal Fleece Blanket:
   • Weight – 1.6 to 1.8 kg
   • Dimensions – 150 x 200 cm
   • Thermal Resistance – 0.42-0.44 m2 K/W
   • Material – 100% polyester.

ICRC Standard for Thermal Fleece Blankets:

1. Low Thermal Fleece Blanket:
   • Weight – 1 kg
   • Dimensions – 150 x 200 cm
   • Thermal Resistance – 0.25 m2 K/W
   • Material – 100% polyester.
2. Medium Thermal Fleece Blanket:
   • Weight – 1.2 kg
   • Dimensions – 150 x 200 cm
   • Thermal Resistance – 0.32 m2 K/W
   • Material – 100% polyester.
3. High Thermal Fleece Blanket:
   • Weight – 1.4 kg
   • Dimensions – 150 x 200 cm
   • Thermal Resistance – 0.42 m2 K/W
   • Material – 100% polyester.

IFRC Standard for Thermal Fleece Blankets:

1. Low Thermal Fleece Blanket:
   • Weight – 1.0 to 1.2 kg
   • Dimensions – 150 x 200 cm
   • Thermal Resistance – 0.25-0.30 m2 K/W
   • Material – 100% polyester.
2. Medium Thermal Fleece Blanket:
   • Weight – 1.3 to 1.4 kg
   • Dimensions – 150 x 200 cm
   • Thermal Resistance – 0.35-0.40 m2 K/W
   • Material – 100% polyester.
3. High Thermal Fleece Blanket:
   • Weight – 1.5 to 1.6 kg
   • Dimensions – 150 x 200 cm
   • Thermal Resistance – 0.45-0.50 m2 K/W
   • Material – 100% polyester.

It is important to note that while these organizations have their own standards, they may also use other international standards such as ISO 12947 for evaluating the quality and durability of the blankets.

TOG Ratings

The Tog rating is a measure of the thermal insulation of a textile product, including blankets, and is widely used in Europe to describe the warmth of bedding. It measures the amount of heat retained by the blanket per unit area, and a higher Tog rating indicates a warmer blanket. The tog rating system is typically used for thermal blankets, including fleece blankets. Here are the Tog test levels for low, medium, and high thermal fleece blankets:

Low Thermal Fleece Blanket:

• Tog Rating: 1.0-2.0
• Suitable for mild climates or indoor use
• Provides basic warmth and insulation

Medium Thermal Fleece Blanket:

• Tog Rating: 2.1-3.0
• Suitable for cooler climates or outdoor use
• Provides moderate warmth and insulation

High Thermal Fleece Blanket:

• Tog Rating: 3.1-4.5
• Suitable for very cold climates or extreme outdoor use
• Provides high levels of warmth and insulation

It is important to note that Tog ratings are not standardized by any international organization, and different manufacturers may use slightly different ratings. Additionally, other factors such as the materials used, construction, and size of the blanket can also affect its thermal performance, so Tog ratings should be used as a general guide and not as the only factor in selecting a thermal fleece blanket.

Countries Importing most thermal fleece blankets

The information on the countries that import the most thermal fleece blankets can vary depending on the source and the year. However, based on the latest available data from the United Nations Comtrade database for the year 2020, the top five importing countries of thermal fleece blankets by value are:

• United States – imported $506.6 million worth of thermal fleece blankets in 2020
• Germany – imported $187.9 million worth of thermal fleece blankets in 2020
• United Kingdom – imported $158.7 million worth of thermal fleece blankets in 2020
• France – imported $107.8 million worth of thermal fleece blankets in 2020
• Netherlands – imported $80.9 million worth of thermal fleece blankets in 2020

It is important to note that these figures represent the total value of thermal fleece blankets imported and not the volume or quantity. Additionally, other countries may import significant volumes of thermal fleece blankets, but their total value may be lower due to lower prices. The data source for this information is the United Nations Comtrade database, which is a repository of official international trade statistics maintained by the United Nations Statistics Division.