Quick Details:
Name:LEADKIN Copper Sheath Compensation Cable Mi Cable
Type: Cu-CuNi
Conductor material: Cu-CuNi
Insulator: 99.6% high purity MgO
Core number: 2, 4
Sheath material: Copper
Dia(mm): 6.0 mm
Application: compensation cable for R B S type thermocouple
Making sample time: 2 days
Type for Copper Cable
| Product Name | Code | Type | Shaeth Material | Outside Dia. | Temperature |
| Mi Copper Cable | 1*Cu+1*CuNi | φ6 | Copper | 6 | 1100 |
Information for Copper Cable
| Dia | Type | Nominal Conductor Dia | Weight/Meter |
| 6.0 | Single | positive:1.06-1.16 Negative:1.3-1.42 | 0.13 |
| Double | positive:0.96-1.08 Negative:1.22-1.38 | 0.14 |
Mineral Insulated Copper Cable: The Perfect Solution for
High-Performance Electrical Connections
Introduction
In the realm of electrical engineering and installations, choosing
the right type of cable is crucial for ensuring safety,
reliability, and performance. Among the various options available,
Mineral Insulated Copper Cable (MICC) stands out as a superior
choice for high-performance electrical connections. This article
explores the features, benefits, and applications of MICC,
highlighting why it is an ideal solution for demanding
environments.
What is Mineral Insulated Copper Cable?
Mineral Insulated Copper Cable is a type of electrical cable that
consists of copper conductors insulated with a layer of inorganic
mineral material, typically magnesium oxide (MgO). This unique
construction gives MICC its distinct properties, making it suitable
for a wide range of applications.
Key Features of MICC
High Thermal Resistance: MICC can withstand high temperatures
without degrading, making it suitable for environments where other
cables might fail.
Fire Resistance: The mineral insulation is non-combustible and does
not produce toxic fumes when exposed to fire, enhancing safety in
critical applications.
Water and Corrosion Resistance: MICC is impervious to water and
resistant to corrosive materials, ensuring longevity and
reliability even in harsh conditions.
Durability: The robust construction of MICC provides excellent
mechanical protection, making it resistant to physical damage and
wear.
Low Electromagnetic Interference: The design of MICC helps reduce
electromagnetic interference, ensuring clean and efficient
electrical transmission.
Benefits of Using MICC
Safety: MICC’s fire-resistant properties significantly reduce the
risk of fire hazards, making it ideal for high-risk environments
such as industrial plants, tunnels, and high-rise buildings.
Reliability: With its ability to withstand extreme conditions, MICC
ensures consistent performance over time, reducing the likelihood
of failures and costly downtime.
Versatility: MICC is suitable for a wide range of applications,
from power distribution in commercial buildings to instrumentation
in petrochemical facilities.
Ease of Installation: While MICC can be more challenging to install
than standard cables, its flexibility and compact design facilitate
installation in tight spaces.
Product Pictures
Company Information:
A. Main Products
B. Package
We add heat shrink tubing and plastic film to make sure high
insulated resistance.
Except marking notes, we also have pass card and test report for
every coil cable.
C. Warehouse
We have great amount mi cable in stock. We expecting your visiting.
D. Our Team
FAQ:
| 1. Accurate quotation. |
| 2. Confirm the price, trade term, lead time, payment term etc. |
| 3. LEADKIN sales send the Proforma Invoice with LEADKIN seal. |
| 4. Customer arranges the payment for deposit and sends us bank
slip. |
| 5. Middle Production-send photos to show the production line which
you can see your products in . Confirm the estimated delivery time
again. |
| 6. End Production-Mass production products photos. |
| 7. Clients make payment for balance and LEADKIN ships the goods.
Inform the tracking number and check the status for clients. |
| 8. The order is finished perfectly when you receive the goods and
get satisfied with them . |
| 9. Feedback to LEADKIN about quality, service, market feedback &
suggestion. And we will do better . |
