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Solid CO2 Blocks

Name: Solid CO2 Blocks
Brand: BHAVANI DRY ICE SOLUTIONS PRIVATE LIMITED
Price: 57.0 INR
Availability: InStock

Price 57.0 INR/ Piece

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MOQ : 1 Piece

Solid CO2 Blocks Specification

Storage
Store in insulated container, well-ventilated area

Taste
Not applicable, not safe for ingestion

Shape
Block

Other Names
Dry Ice

Molecular Weight
44.01 g/mol

Molecular Formula
CO2

Melting Point
-78.5C (Sublimation point)

Ph Level
Not applicable (solid state)

Smell
Odorless

Solubility
Sublimes directly; does not dissolve in water but converts to gas

Purity
>99.5%

Structural Formula
O=C=O

Density
1.56 Gram per cubic centimeter(g/cm3)

HS Code
28530090

Form
Solid

Boiling point
Sublimes at -78.5C, no liquid at atmospheric pressure

Poisonous
No

Classification
Compressed Gas (as a gas), Refrigerated Solid

Chemical Name
Carbon Dioxide

CAS No
124-38-9

EINECS No
204-696-9

Grade
Industrial, Food Grade

Standard
Meets industry and food-grade standards

Type
Solid CO2 (Dry Ice) Block

Usage
Cooling, freezing, cleaning, fog effects

Main Material
Carbon Dioxide (CO2)

Application
Other

Non Toxic
No

Compressed Gas Equivalent
Expands rapidly to 800 times solid volume as gas

Block Size Options
Common sizes: 1kg, 2.5kg, 5kg, 10kg blocks

Thermal Conductivity
Very low

Ecological Impact
No ozone depletion, CO2 is a greenhouse gas

Decomposition
Directly sublimes to CO2 gas

Packaging
Packed in insulated polystyrene containers, cardboard boxes, or special coolers

Hazard
Can cause severe frostbite if touched

Cooling Capacity
590 kJ/kg (sublimation)

FDA Approval
Approved for use in food processing and transportation

Shelf Life
Depends on insulation, typically 24-72 hours

Handling Precautions
Gloves required, handle with care, ensure ventilation to avoid CO2 buildup

Color
White

Solid CO2 Blocks About

Superior Cooling Power

Dry ice blocks provide robust and efficient cooling for a wide range of applications, from industrial cleaning to food transportation. Their high latent heat of sublimation (590 kJ/kg) ensures rapid and sustained cold temperatures, making them indispensable for cold chain logistics and medical transportation.

Safe and Versatile Usage

Engineered for both food-grade and industrial requirements, dry ice blocks comply with stringent industry standards. They are delivered in various insulated packaging options. When handled with care-using gloves and in well-ventilated areas-dry ice delivers safe and reliable performance across applications such as preservation, storage, cleaning, and stage effects.

FAQ's of Solid CO2 Blocks:

Q: How should solid CO2 blocks (dry ice) be handled safely?

A: Always use protective gloves when handling dry ice blocks, as direct contact can cause severe frostbite. Ensure you work in a well-ventilated area, since sublimated CO2 gas can accumulate and pose a suffocation hazard.

Q: What are the main benefits of using dry ice blocks for cooling and preservation?

A: Dry ice provides rapid and efficient cooling without wet residue, making it ideal for keeping perishable goods and medical substances cold during storage and transport. Its sublimation leaves no liquid, ensuring products remain dry and uncontaminated.

Q: Where should dry ice blocks be stored for maximal shelf life?

A: Store dry ice blocks in insulated polystyrene containers, cardboard boxes, or specialized coolers, placed in a well-ventilated space. Good insulation helps maintain low temperatures and extends shelf life, usually between 24 and 72 hours.

Q: When is it appropriate to use dry ice instead of regular ice?

A: Use dry ice when you require lower temperatures than those provided by regular ice, or when you want to avoid residual water, such as in medical transport, industrial cleaning, or creating fog effects for stage productions.

Q: What is the process of sublimation in dry ice and why is it important?

A: Dry ice sublimes, meaning it transitions directly from solid to gas at -78.5C without melting to a liquid. This property is crucial for applications needing dry, extremely cold environments and moisture-sensitive processes.

Q: Is dry ice safe to use in contact with food products?

A: Yes, dry ice used for food processing and transportation must meet food-grade quality standards and is FDA approved. However, it should never be ingested and direct food contact should be minimized.

Q: What ecological impact does the use of dry ice have?

A: Dry ice does not contribute to ozone layer depletion, but the released CO2 is a greenhouse gas. However, using dry ice generally involves recycling CO2 from existing processes, reducing net emissions.

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