10064 Mesa Ridge Court Suite 202 San Diego, CA
92121 Tel: (858) 535-0012 Fax: (858) 535-9715






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Accelerator-Free
Latex Curing Technology
 Apex Medical Technologies, Inc. has developed a
new curing method for use with synthetic and natural rubber latices
and elastomers. The innovative cure method, for use on dip molded
components, offers significant advantages to the medical device industry.
- Products produced using this technology are
Accelerator/Booster/Activator/and Sulfur free, thereby significantly
reducing if not eliminating Type IV Allergic reactions, and exhibit
excellent Biocompatibility.
- Typical material Tensile Strengths reach the 3600 - 4600 psi level
with the Elongation at break equal to or higher than 900%, while the
Modulus remains low and the Tensile Set is typically less than 1%.
- Many finished articles are white or translucent in color and can be
produced odorless.
- The technology works well with synthetic elastomers and latices such
as Polyisoprene and Polychloroprene, but also works well with Natural
Rubber and De-Proteinized Natural Rubber.
On the manufacturing side the benefits are significant as
well.
- Material processing requires no maturation or pre-vulcanization.
- Compounded material is stable over time.
- The cure process is energy efficient and expedient, requiring less
than 4 minutes.
- The technology is readily adaptable to existing dip-molding
facilities.
- Identified products which would be benefitted by this technology
include: surgical and exam gloves, condoms, catheters and catheter
balloons, probe covers, etc.
Apex is seeking to license the technology to existing dip
molders on a product specific basis. Alternatively, as Apex is an FDA
registered custom dip molder of OEM components, we can us this curing
technology in producing prototypes or production volumes for our
customers.
Click here for a brochure on our Accelerator-Free Latex Curing Technology
(pdf). NOTE: Adobe Acrobat
Reader is required to read this document.
For more information on our curing technology, please contact us by
telephone, fax or email.
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