- diX - conformal coatings

diX makes a Poly-para-Xylylene coating film formed by the chemical vapor deposition (CVD) process.
The coating film is completely pinhole free and the film thickness can be uniformly controlled in the micron range to conform to any irregular shape, whether it has a sharp edge or a complicated internal surface without any thermal stress.


	Key Features

	Varieties of diX

	Properties of diX

	DACS

	Contact

	JAPANESE

Dimer

Polymer

Exceptional gas-barrier and mechanical properties.
Excellent electrical and chemical properties.
Superior thickness uniformity and high efficiency film growth on target substrate.
Thickness control in the micron range and below.
Meets standards for Mil-I-46058C, IPC-CC-830B, UL94 V-0, FDA Drug and Device Master files,
USP Class VI biocompatibility testing,
and ISO 10993 for medical devices.
Thermal stability: 120

(in Air)

260

(in oxygen free

environments)

Advantages of diX C over conventional Parylene C

Our unique manufacturing process achieves high

purity exceeding 99%, providing the following

advantages:

* Minimal evaporation residue and staining on the inside

of the coating machine for easier maintenance

because of the higher purity dimer.
* No offensive odors due to decomposition of impurities.
* High purity dimer creates a high purity polymer film

with high gas barrier properties.

CAS No.28804-46-8


DimerPolymer	Excellent thermal stability. Excellent gas-barrier and mechanical properties. Thermal stability: 140 (in Air) 260 (in oxygen free environments) CAS No.30501-29-2


DimerPolymer	Exceptional electrical properties (low dielectric constant and low dissipation factor). Deep crevice penetration and lubricity - ideal for silicone rubbers and other rubbers. Excellent adhesion to silicone rubbers. Excellent thickness uniformity and control to 1m or below. USP Class VI biocompatibility tested. Thermal stability: 100 (in Air) 240 (in oxygen free environments) CAS No.1633-22-3


DimerPolymer click here for more info	Ultra low dielectric constant (=2.25) and exceptional thermal stability. diX F allows for sub-micron coating. Thermal stability: 250 (in Air) 400 (in oxygen free environments) CAS No.161728-01-4


DimerPolymer	Bio-activity caused by Amino group (-NH2), enables bond with DNA, enzymes and proteins to enhance functions on the surface.