PCB Thermal curable marking Ink (KSM-388)

Product Description

Thermal Curable Marking Ink which is a series of thermal curable, two-pack type inks used for printing PCB.
Brief introduction: 
KSM***8 is two component liquid thermal curable marking ink , which has such performance as good printing adaptability and fast curing rate. The cured film can provide excellent adhesion and resistance to heat and chemical.
Description:
Brand: KuangShun
Product name: Thermal curable marking Ink
Model: KSM***8
1.The quality of thermal curable marking Ink is very excellent, suitable for soldered side of boards and it is widely demanded for its remarkable performance against common flux removal systems. 
2.It is recommended to use KSM***8, which is made from premium grade compounds and tested under certain quality parameters to assure no discoloration even after multiple cycles of soldering.
3. This product is environmentally friendly and has passed the highest environmental standards of RoHS and SGS.

Parameters:
Color: White , Black 
Fineness: ≤8µm 0 ~*5µm Fineness gauge
Mix ratio: Base/Hardener=*3/2  Weight ratio 
Viscosity after mixing (*5ºC): **0±*0 dPa﹒s VT**4F 
Density after mixing (*5ºC): 1.*0 ~1.*0 g/ml  
Screen mesh: *0 ~**0T
Film thickness: *2 ~*6µm   After curing
Curing energy: **0℃ , *0 ~*0min  Hot air circulation oven
Pot time after mixing: *4 hours ,Store below *5℃ 
Pencil hardness: ≥6H Pencil hardness test
Adhesion: **0/**0 Laceration experiment
Insulation resistance: ≥1.0×**8Ω  IPC-SM***0D 3.8.2
Resistance to molten Tin: **8℃×*0secends×3times OK IPC-SM***0D 3.7.3
Environment standard: In compliance with RoHS directives SGS testing
Package: Base:**0 g ; Hardener:*0 g According to customer requirements
Base:4.6 kg; Hardener:0.4 kg  According to customer requirements
Shelf life: 6 months since the date of manufacture Store below *5℃ in dark

Attention:
1.The base and hardener should be mixed according to the ratio and stirred thoroughly before using.
2.We will offer you special diluent or DPM if the ink need dilute.
3.The values above are based on experiments in our lab. Experiments need to be carried out in order to get proper using condition.