Product Description:
The Aluminium Round Tubes come in two alumina content options—92% and 95%—allowing customers to select the ideal tube for their specific requirements. The high alumina content guarantees exceptional chemical resistance, enabling the tubes to endure corrosive environments.
With a bulk density of ≥3.60 g/cm³, these tubes are incredibly durable, capable of withstanding significant wear and tear. They can also be custom-designed to meet the unique specifications of each client, ensuring a perfect fit for any application.
Whether you need a tube for a high-temperature furnace, kiln, or thermocouple protection, Aluminium Round Tubes are an outstanding choice. They are engineered to offer excellent thermal shock resistance, mechanical strength, and chemical resilience, making them suitable for a broad array of industrial applications.
Features:
- Product Name: Alumina Ceramic Tubes
- Water absorption: ≤0.02%
- Applications: High-temperature Furnaces, Kilns, Thermocouple Protection Tubes
- Shape: Round
- Bulk Density: ≥3.60g/cm3
- Hardness: 9 Mohs
Technical Parameters:
| Product Name |
Aluminium Round Tubes |
| Shape |
Round |
| Size |
Custom Design |
| Water Absorption |
≤0.02% |
| Applications |
High-temperature Furnaces, Kilns, Thermocouple Protection Tubes |
| Alumina Content |
92%,95% |
| Hardness |
9 Mohs |
| Bulk Density |
≥3.60g/cm3 |
Applications:
Product Application Occasions:
- High-temperature furnaces
- Chemical processing plants
- Power generation plants
- Electronics industry
- Medical equipment industry
- Aerospace industry
Product Application Scenarios:
- Alumina Ceramic Tubes are commonly used in high-temperature furnaces due to their ability to withstand extreme temperatures without cracking or breaking.
- Chemical processing plants use Alumina Ceramic Tubes to transport highly corrosive chemicals as they are highly resistant to chemical erosion and have a low porosity rate.
- Power generation plants use Alumina Ceramic Tubes in gas turbines as they can withstand high temperatures and pressure.
- The electronics industry uses Alumina Ceramic Tubes for insulating electronic components as they have excellent electrical insulation properties.
- The medical equipment industry uses Alumina Ceramic Tubes for surgical implants as they are biocompatible and have a low risk of rejection.
- The aerospace industry uses Alumina Ceramic Tubes in aircraft engines and braking systems as they are lightweight and have excellent wear resistance.
Alumina Ceramic Tubes are available with different alumina content, bulk density, and hardness. They come in custom designs to meet the specific needs of different industries. The packaging details for Alumina Ceramic Tubes include wooden cases for safe transportation. Payment terms are flexible, with 100% in advance or 30% TT in advance and the balance payment before delivery.
Alumina Ceramic Tubes are a popular product in the market, and they are often interchangeably referred to as Aluminum Rod Tubes or Aluminium Round Tubes. They are an excellent investment for industries that require durable and reliable materials that can withstand high temperatures and harsh conditions.
Customization:
Aluminum Rod Tube ? Our
Alumina Ceramic Tubes offer high-quality material with 92% or 95%
Alumina Content . Our tubes come in various sizes, including
Custom Design , and a
Round shape to suit your needs. With a
Water Absorption of ≤0.02% and a
Bulk Density of ≥3.60g/cm3, you can expect excellent performance. We offer
100% in advance payment terms or
30% TT in advance , with the balance payment before delivery. Our
Packaging Details include a sturdy wooden case to ensure safe delivery of your order. Contact us today for a customized quote!
Support and Services:
Our Alumina Ceramic Tubes are designed to provide excellent thermal and electrical insulation with high mechanical strength and wear resistance. We offer technical support for any questions or issues regarding the use and maintenance of our products.
Our services include custom design and fabrication of Alumina Ceramic Tubes to meet specific requirements such as size, shape, and material properties. We also provide testing and analysis services to ensure the quality and performance of our products.
Additionally, we offer consulting services to assist with the selection and application of our Alumina Ceramic Tubes in various industries such as aerospace, automotive, and electronics.
Packing and Shipping:
Product Packaging:
- The Alumina Ceramic Tubes will be packaged in sturdy cardboard boxes.
- The tubes will be wrapped in bubble wrap to prevent any damage during transportation.
- Each box will contain a label with the product name, size, and quantity.
Shipping:
- The Alumina Ceramic Tubes will be shipped via a reputable courier service.
- The shipping cost will be calculated based on the weight and destination of the package.
- The estimated shipping time will be provided to the customer before the order is placed.
- The customer will receive a tracking number once the package has been shipped.
FAQ:
Q: What are Alumina Ceramic Tubes?
A: Alumina Ceramic Tubes are cylindrical-shaped tubes made from high-purity alumina ceramic material. They are highly resistant to wear and corrosion and have excellent thermal and electric insulation properties.
Q: What are the dimensions of Alumina Ceramic Tubes?
A: Alumina Ceramic Tubes come in various sizes and dimensions. The standard dimensions range from 1mm to 150mm in diameter and from 10mm to 2000mm in length. We can also provide customized sizes as per your requirements.
Q: What is the packaging detail for Alumina Ceramic Tubes?
A: We pack Alumina Ceramic Tubes in wooden cases to ensure their safe transportation and delivery.
Q: What are the payment terms for Alumina Ceramic Tubes?
A: Our payment terms are 100% in advance or 30% TT in advance, with the balance payment before delivery.
Q: What are the applications of Alumina Ceramic Tubes?
A: Alumina Ceramic Tubes find applications in various industries such as chemical processing, medical equipment, semiconductor, aerospace, and defense. They are used for high-temperature furnaces, gas lasers, thermocouples, and other specialized applications.
