FLEXIBLE HEATERS
HEAT CONDUCTIVE PASTE FOR HEATER (WITH CARBON NANOTUBES) / ANTI–SEIZURE LUBRICANT FOR HEATERS
Q Characteristics • By efficiently propagating heat and increasing thermal conductivity by applying paste, the internal temperature of the heater is significantly reduced and the heat and backfire phenomenon of nichrome wire are reduced to maintain the heater performance. It helps to achieve a longer life of the heater. • With the wavelength characteristics of far infrared rays, the paste has a special function to radiate and dissipate heat. Considering heat dissipation is equal to heat absorbed, it can also be expected to have an endothermic effect. • It contains carbon nanotubes, therefore it is ideal for preventing seizure and hardening at high temperatures. • Can be used at high temperatures up to 1600°C. • An environment friendly and harmless water–based product. Q Notes on handling • Stir well before using and set the heater in the mold before the applied paste dries.
Heat conductive paste for heater and anti– seizure agent (with carbon nanotubes) M–SCP–2
Lead wire length （ 1000 ）
MSCHS
L Heat generator (L － 25)
（ 70 ）
10
15
Sheath pipe
Insulated powder
Insulated tube
Exotherm
Heat resistant wire Heat resistant temperature 180°C
Capacity (g)
Usage temperature
Principal components
Part Number
Heat resistant temperature 200°C
Minimum bending radius: 15mm
Silicon Carbide Carbon
M–SCP–2
200
0–1600°C
Watt density (W/cm 2 )
L 1mm increments
Voltage(V) Selection
Wattage (W) 10W increments
Part Number
Part Number M–SCP–2
100 – 200 201 – 300 301 – 400 401 – 500 501 – 600 601 – 700 701 – 800 801 – 900 901–1000 1001–1100 1101–1200 1201–1300 1301–1400 1401–1500 1501–1600 1601–1700 1701–1800 1801–1900 1901–2000
Quotation
Order
Delivery
Q Characteristics • Lubricating anti–seizure agent with excellent heat conduction.
Lubricating anti–seizure agent for heaters M–HLB
• It acts as a lubricant when the heater is installed and an anti–seizure agent after solidifying. • By applying the agent when installing the heater, the cost when replacing the heater can be reduced. • Since it does not contain any organic components like resin, there is no sticking due to heat or when used for a longer time period. • Boron nitride in the components forms a film on the surface of the heater and the mold, which avoids direct contact between the heater and the mold and allows the heater to be easily removed from the mold without welding.
2 ≦ W/cm 2 ≦ 30 W/cm 2 = W/{30.7 × (L–25) × 3.14/100}
200 220
MSCHS
100–3000
Q Characteristics • Can be bent by hand and can be freely set to R. Especially recommended for hot runners. Q How to use • Align it with the groove of the mold and embed it with a plastic hammer. • By setting the mold groove to a tapered groove, the heater can be easily inserted.
Part Number – L – V – W MSCHS – 150 – V200 – W400
Order
Quotation
Delivery
Example
Capacity (g)
Usage temperature
Principal components
Part Number
Metal groove processing example
6.5
Alumina Boron nitride Lithium silicate/sodium
M–HLB
160
–10–800°C
MSCHS
Part Number M–HLB
Delivery Quotation
Order
6.1
1071
1072
Powered by FlippingBook