High performance thin film insulating protective coating compliance to RoHS

CAS No.	please contact us		Other Names	please contact us
MF	please contact us		EINECS No.	please contact us
Place of Origin	Japan		Main Raw Material	Other, TFI
Usage	Electrical Insulating Varnish		Application Method	Spray
State	Liquid Coating		Brand Name	NT SUCCESS CO., LTD.
Model Number	TFI-013

Specifications

- Insulated coatings
- For Electrical Insulating Varnish

 

High performance thin film insulating protective coating compliance to RoHS  

 

We manufacture the (RoHS compliant) thin films and insulated coatings which are used by

a wide range of Japanese electronics parts manufacturers.

 

Our unique laminated coating technology allows us to flexibly control film thickness even when

machining complex forms.

 

We can achieve low cost through mass-produced orders

  

We offer advanced coating technologies that meet a wide range of requirements at a high level.

Our in-house fluorine coating technique enables us to create a range of products and parts with

value-added functionality.
Not only do our products offer insulation and thermal resistance,

but they can be engineered to be rust-resistant, have good traction,

withstand chemical corrosion, etc., to offer high-level properties necessary for

electronic components.

 

Product features
- Carefully calibrated film thickness

    Laminated coating creates a series of thin film membranes to calibrate film thickness to

    within µm increments;
    Ideal for products that call for delicate precision in film thickness.
- High function membranes
    Robust adhesive power and excellent edge covering create an advanced film;
    Will not expand when exposed to heat; we can also trim and machine edges post-coating.
- Contactless coating
    Small parts and complex shapes can be easily coated in one pass;
    Comprehensive, one-pass production runs help keep costs down.

 

We have a long track record providing films for coil components that require coatings that

are both thin and highly insulating.
- Excellent edge covering and membrane strength avoid the common pitfall of

coiled wires' edges fraying or digging into each other.
- Superb adhesive power means edges can be partially polished without exposing the inner wire.

- Film is resistant to temperatures exceeding 400℃ (+/-5% loss),

so sudden heat spikes from soldering and other operations will not cause damage.

 

Also ideal for applications with multiple requirements,

such as components for equipment that require insulation and traction from a thin film,

or gear parts that call for rust-resistance and traction.

 

• Electrical properties, authorized standards

NO.	Item	Unit/Conditions	Representative Value
1	Color		Black, blue, green
2	Hardness	Pencil hardness	3~4h
3	Thermal resistance	Continuous/intermittent	220-230℃/260℃
4	Withstand voltage	kv/mm	23<
5	Volume resistance value	Ω·cm	1.34×1015
6	Surface resistance value	Ω·cm	3.00×1017
7	Dielectric constant	1KHz	4.801
		1MHz	4.057
8	Dielectric tangent	1KHz	0.367
		1MHz	0.047
9	Flame retardant	Meets UL94 Standard	V=0 Equivalent
10	Welfare for the Food Sanitation Law	Ordinance 370 of the Ministry of Health, Labor	Compliant

 

• Chemical resistance, solvent resistance

Chemical name, solvent name (RT/168hrs/25μm)			Test results
1	Hydrochloric acid	35%	No change
2	Sulfuric acid	35%	Slight change
3	Caustic soda	50%	Slight change
4	Sulfuric acid	80%	No change
5	MEK	100%	No change
6	Xylene	100%	No change
7	Methyl chloride	100%	No change
8	Sodium chloride	(Saturated solution)	No change

 

• Humidity resistance, saltwater resistance

Steel sheet with	49℃/98 %	Until rust formation	500Hrs≤
25μm coating	5 % saltwater	Until rust formation	501Hrs≤

  

• Friction resistance

Steel sheet with	Harman friction	82kg load	143.933±18%
25μm coating	Taper friction	Weight loss	6.7mg/1000times

  

Certifications

 

RoHS compliant products

 

Manufacturing sites:
(Japan) Ichinomiya, Aichi Prefecture and Sendai, Miyagi Prefecture
(China) Shenzhen, Guangdong Province *Japanese technical personnel on-site