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Zirconia ceramic blades are extremely sharp blades. Recent developments have made it possible to produce blades from transformation-toughened zirconia (ZrO2), commonly referred to as "zirconia ceramic". Although not recommended for high shock applications, the Rc 75 hardness and low friction coefficient make zirconia ceramic particularly effective in film slitting operations, where blade life can be more than 100 times that of conventional steel.

1.Standard:jis
2.Material:hsse, cpm, and mainly cps
3.Coating:bright, tin, ticn, alsin-a, oxide
4.1. Size: m1 to m16, no.1-64c to no.12-24unc, w1/8-40.
(substandard size per customer's requirement are acceptable.).

Individual in palstic case.

1.Standard:jis
2.Material:HSSE,CPM,CPS
3.Coating: Bright,TiN,TiCN,ALSIN-A,Oxide
4.Standard:JIS
5.1. Size: M1 to M16, NO.1-64C to NO.12-24UNC, W1/8-40. (Substandard size per customer's requirement are acceptable. ).

Individual in plastic case.

1.Standard:JIS
2.Type:Plug,bottoming
3.Material:HSSE,CPM,CPS.
4.Coating:Bright,TiN,TiCN,ALSIN-A,Oxide.


Individual in plastic case.

1.Standard:JIS
2.Material:HSSE,CPM,CPS.
3.Coating:Bright,TiN,TiCN,ALSIN-A,Oxide
4.Size:M1.2 to M20,NO.2-56UNC,W1/8-40
(Substandard sizes per customers' requirement are acceptable).


Individual in plastic case.

. All of spike made by stainless steel prongs and uv resistant.
.Good quality plastic base with uv light resistant, long use life.
.Clear plastic base with individual snap-off sections every 2", can be snapped or bent to suit curved surfaces

Plotter carbide blade
Type:roland, mimaki, graphtec(with many specification)
For application in:cutting plotter(advertisement line)

In hard-plastic box

CASfire Technical Co.,Ltd have rich experience to provide FAR 25.853 Vertical Flammability Test for Aircraft Material

FAR 25.853 Vertical Flammability Test for Aircraft Material- Standard
Far 25.853: Fire Protection for compartment interior

FAR 25.853 fire test to aircraft material - Vertical Test

FAR 25.853 vertical test - Brief
The test apparatus are almost same to UL94V and test the performance of self-extinguish of material under fire condition.

FAR 25.853 vertical test - Test method
The samples is 76mm width and is placed vertically, the ignition resource is same to horizontal test. The burner apply 60s or 12s
The following result will be recorded
- Burning length
- Flame time
- Dropping time

FAR 25.853 Vertical Flammability Test for Aircraft Material- other standards

Airbus standard: ABD 0031- airbus fire testing - flame, smoke and toxicity
Boeing Standard: BSS 7238 fire testing to smoke density
Boeing Standard: BSS 7239 fire testing to toxicity
ASTM Standard: ASTM E 662 fire testing to Smoke Density

FAR 25.853 Fire test to aircraft material - Test method
Vertical flammability test: 14 FAR 25.853 b(4)), (App. F to part 25 part I (a)
Smoke Density Test: 14 FAR 25.853 (d), (App. F to part 25, part V)
Heat Release Test: 14 FAR 25.853 (d), Appendix F, Part IV
Seat Test: 14 FAR 25.853 (c, App.F to part II)
Horizontal Test: 14 FAR 25.853 b(2,3), (App. F to part 25 part I (a),(1)
45 flammability test: 14 FAR 25.853 (b), (App. F to part 25, part I (6))

CASfire Technical Co.,Ltd have rich experience to provide BSS 7239 Toxicity Test to Aircraft Material

BSS 7239 Toxicity Test to Aircraft material
BSS 7239: Test method for toxic gas generation by materials on combustion

BSS 7239 Toxicity Test to Aircraft material - Brief

Gases produced for analysis are generated in a specified, calibrated smoke chamber during standard rate of smoke generation testing (ASTM E 662), in both flaming combustion and non-flaming pyrolytic decomposition test modes

BSS 7239 Toxicity Test to Aircraft material- Gases measured

The following gases are required to be measured by this test standard
CO Carbon monoxide
HF Hydrogen Fluoride
HCl Hydrogen chloride
NOx Nitrogen oxides (Both NO, nitric oxide, and NO2, Nitrogen dioxide, are detected)
SO2 Sulfur dioxide
HCN Hydrogen cyanide

Fire test to aircraft material relative standards

FAR 25.853 flammability test to aircraft material
Air bus standard ABD 0031 - airbus fire testing â?? flame, smoke and toxicity
Boeing Standard BSS 7238 fire testing to smoke density
Boeing Standard BSS 7239 fire testing to toxicity
ASTM Standard ASTM E 662 fire testing to Smoke Density
ASTM Standard ASTM E 162 Surface Flammability of materials

Xiamen Zhongxinda Hydrogen Technology Co., Ltd. has been specialized in the design, R & D, manufacture and sales of water electrolysis hydrogen production equipment, hydrogen storage equipment, hydrogen bus bar and hydrogen purification device in various industries for many years.
The hydrogen production capacity of the equipment produced by our company ranges from 5Nm3/h to 1000Nm3/h.The hydrogen energy equipment of by-product hydrogen tail gas, peak shaving and frequency regulation of thermal power plant provide the design, production, installation and commissioning of hydrogen production, hydrogen storage, hydrogen production and hydrogenation station and technical services.

Hydrogen production: 5M3 / NH
Oxygen production: 2.5m3/nh
Hydrogen purity: 99.99%
Oxygen purity: 99.2%
Dew point: 70
System working pressure: 1.6 ~ 3.2Mpa
Working temperature of electrolyzer: 80 85
Rated working current of electrolytic cell: dc500a
Rated working voltage of electrolytic cell: DC48V
Unit power consumption: 4.8KW. H / n.m3

CASfire Technical Co.,Ltd have rich experience to provide BSS 7238 Smoke Density test to Aircraft Material.

BSS 7238 Smoke Density to Aircraft Material
BSS 7238: Fire Test for Smoke Density

2 BSS 7238 Smoke Density to Aircraft Material

BSS 7238 Fire test to aircraft material â?? Brief
BSS 7238 test the specific optical density of smoke generated by solid materials by NBS chamber.

BSS 7238 Smoke Density to Aircraft Material
The samples will be dried under temperature 60 in 24 hours, and conditioned in temperature 23 and humidity 50
The following result will be mesured
- Ds 1.5 Optical density in 1.5 minute
- Ds 4.0 Optical density in 4 minute
- Dm

3 Fire test to aircraft material - relative standards

Zirconia Ceramic Blade For Hair Transplant INNOVACERA
Please feel free to cotact nikki(at)innovacera.com
We use quality zirconia ceramic with features of non-rust, non-conductive and chemically inert. The blades are safe up to 900.

Product features
1,Faster cutting rates
2,Consistently good cutting quality, e.g. improved strength of spliced connections
3,No corrosion
4,Smooth running
5,Extended maintenance intervals
6,Universal cleaning possibilities using acids, alkaline solutions and organic solvents