Floor Heating Products
Design
- Safety products
- Easy installation
- Meet IEC standard
- According to standard CE
- Approved by certifications
Production
- Meet ISO9001 QMS requirement
- Certified by ISO14001 international
standard
- Complying with all IEC800
requirements
- Long life electric product
certified by IEC 800 std.
- Stability ensured by special
fatigue test
- Strict requirement to raw
material thermal stability
- Each process validated by
ISO test
- Each cable pass 6.0KV final
test
Heating Cable Design & Production
Main process for failure proof
A: Waterproof
- AL shield
- Special material of sleeve
for long time thermal stability
- Integrative concealed splice
B: Earthing failure or lead wire broken
- Auto concealed splice
- Strict production process
- Strict quality control
- Strict quality inspection
Heating Cable Characteristics
0.2 mm AL shield:
- Join up surrounding insulation
lead wire and earthing lead wire
- Series contacting along
cables and earth wire
- Main function:
- Preventing EM radiation
- 100% waterproof
- Enhance plastic for easy
installation
- Increase mechanism strength
XLPE
- High temperature resistant
- Excellent insulation
- Good stability
- Supplied by European best
supplier
- Good mechanism performance
PVC
- Antisepsis
- Excellent mechanism performance
- Good stability
- Waterproof
- High temperature asphaltum(160°C)
Copper, Nickel and Chrome alloy is the best heating material certified
- Can endure temp. 2000 °C
- Low effect between temp.
and heat resistant
- Invariable output
- Descending slowly
Integrative concealed splice
- Main reason of no need manual
connecting with Anze heating cable
- With concealed splice to
extrusion molding series insulation
- No short circuit, turnoff
or water leakage guaranteed
The electromagnetic values have been tested and are just 3% of national requirements
- Single conductor heating
cable electromagnetic: 4.2mT
- Twin conductor heating cable
electromagnetic: 0.02mT
Heating Cable Warranty
- 10 years quality warranty
- Life more than 50 years
approx, same to buildings
- Complying IEC800 and other
std, production process and environment certified by ISO9001 & ISO14001
Heating Cable TXLP/2R
TXLP/2R twin conductor heating cable
Structure
|
Conductor:
|
solid heating core
|
|
Insulation:
|
XLPE 0.7mm (50kV/mm)
|
|
Shield:
|
AL foil
|
|
Earthing:
|
several tin plated copper wires
|
|
Sleeve:
|
PVC, blue 0.8mm
|
Technical parameters
|
Output range:
|
300-3300W
|
|
Linear power:
|
17W/m, 10W/m
|
|
Bending radius min.:
|
5D
|
|
Resistance tolerance:
|
-5/+10%
|
|
Sleeve temp. max.:
|
65°C
|
- Solid copper return conductor
- XLPE Insulation
- Spray ink marking
- Polymer outer sheet
- Tinned copper earth wire End seal
- Solid Copper Cold lead
Heating Cable Mat ATIF
Structure
|
Conductor:
|
solid heating core
|
|
Insulation:
|
FEP
|
|
Shield:
|
AL foil+Cu wire
|
|
Sleeve:
|
FEP
|
|
Connector:
|
out splice
|
|
OD:
|
3.5mm
|
Technical parameters
|
Power density:
|
150W/m2
|
|
Linear power:
|
12W/m
|
|
SBending radius min.:
|
5D
|
|
Resistance tolerance:
|
-5/+10%
|
|
Max surface operation temp.:
|
120°C
|
