01
China Suppliers Factory 65mm Diameter Straight-Wall Aerosol Can for Refrigerant Gas Storage and Dispensing
Products Parameter
| Size | Dia. 65mm |
| Body high | 100-240mm |
| The thickness of the body | 0.18mm -0.2 mm |
| Cone / Dome | 0.32 / 0.4(high pressure) |
| Material | Tinplate |
| Color | CMYK / Pantone color |
| Surface finish | Glossy varnish / Matt varnish / CMYK / Pantone |
| Coating | Clear oil / Golden oil / White oil |
| Opening Dia. Inside | 25.40±0.15mm |
| Opening Dia. Outside | 31.20±0.15mm |
| Deformation pressure | ≧1.2Mpa |
| Burst pressure | ≧1.4Mpa |
| Type | Straight-wall |
| Certificate | ISO 9001:2008 |
Product Details
Refrigerant gas is used for a variety of cooling and refrigeration applications. It is commonly found in air conditioning systems, refrigerators, freezers, and other cooling equipment. Refrigerant gas works by absorbing heat from the surrounding environment, allowing it to be compressed and then released to cool the desired area. Different types of refrigerant gases are used depending on the specific application and the requirements of the cooling system.
Uses
Refrigerant gas is used in various applications for cooling and refrigeration purposes. It is commonly employed in:
1 Air Conditioning Systems
Refrigerant gas is utilized in both residential and commercial air conditioning units to absorb and release heat, thereby cooling the air circulated within the space.
2 Refrigeration Units
Refrigerant gas is essential for the operation of refrigerators, freezers, and other cooling appliances, where it facilitates the transfer of heat to maintain low temperatures for food storage.
3 Industrial Cooling Processes
In industrial settings, refrigerant gas is used for cooling processes in manufacturing, food processing, and other industrial applications where precise temperature control is required.
4 Automotive Air Conditioning
Refrigerant gas is utilized in automotive air conditioning systems to provide cooling inside vehicles.
5 Heat Pump Systems
Refrigerant gas is a key component in heat pump systems, where it facilitates the transfer of heat between indoor and outdoor environments for both heating and cooling purposes.
These are some of the primary applications where refrigerant gas is used to enable effective cooling and refrigeration.
Why Choose us(factory)
1 Cost-effectiveness
Eliminating middlemen can reduce costs and potentially offer more competitive prices.
2 Quality control
The factory has better control over the entire manufacturing process, ensuring consistent quality and performance of the aerosol cans.
3 Customization
It allows for greater flexibility in meeting specific customer requirements in terms of size, design, and functionality.
4 Quick response
Can directly address customer orders and inquiries in a timely manner, speeding up the supply chain.
5 Technical expertise
The factory has in-depth knowledge and expertise in aerosol can production, which can lead to better products.
6 Direct communication
Enables clear and direct communication between the manufacturer and the customer, facilitating better understanding and cooperation.
Factory side view
Office working environment
Storage picture
Frequently Asked Questions
Q1: What are the standard specifications of your straight-wall aerosol cans?
Our straight-wall aerosol cans feature a 65mm diameter, with body heights ranging from 100mm to 240mm, and a wall thickness of 0.18mm to 0.2mm, making them suitable for various high-pressure applications.
Q2: What pressure limits can these refrigerant aerosol cans withstand?
These high-pressure aerosol cans are designed with a deformation pressure limit of ≧1.2Mpa and a burst pressure limit of ≧1.4Mpa, ensuring safe containment of refrigerant gases.
Q3: Can the surface finish and color of the cans be customized?
Yes, we offer fully customizable printing using CMYK and Pantone colors. Customers can choose between a glossy varnish or matt varnish finish, as well as clear, golden, or white internal oil coatings.
Q4: In what systems are these refrigerant gas cans typically used?
They are widely used in air conditioning systems (residential and commercial), household refrigeration units (refrigerators and freezers), automotive AC systems, industrial cooling processes, and heat pump systems.
Q5: What are the main benefits of sourcing directly from your factory?
Sourcing directly from our factory ensures maximum cost-effectiveness by eliminating middlemen. It also guarantees strict quality control, flexible customization options, quick response times, direct communication, and professional technical expertise.