عضویت 
ورود اعضا
راهنمای خرید
POLYFLEXOSIL BELT®0 pages
M.E.C. POLYFLEXOSIL BELT®
Discount Ref. 27 Group H9
TO TRANSMIT MORE POWER IN LESS SPACE
Made of polyurethane and width insert of polyamide.
It is the idea belt for machines tools and for all the machineries that need in a small space a high speed and a perfect
and regular smoothness.
®
SPECIFICATIONS AND ADVANTAGES OF THE M.E.C. POLYFLEXSOSIL BELT
•
•
•
•
•
•
•
•
•
•
•
Exceptional abrasion resistance
High modulus of compression
High friction factor
Better environmental agents resistance
Stability of tension
Perfect smoothness without vibration with high speed
Reduction of the width of the pulleys
High transmission ratio
Long working life of the pulleys with small diameter
Wide field of uses
Reduction of the costs
Section of M.E.C. POLYFLEXSOSIL BELT
Section
code
3 M
5 M
7 M
11 M
Rated
width
6
7
8
9
3 mm
5 mm
7 mm
11 mm
THE PROPERTIES OF THE MATERIAL
The special mixture made of polyurethane has got special physical properties much better favourable than the most
traditional materials usually used in the manufacturing of belts.
As well as the excellent fatigue resistance and wear resistance, and the high friction factor, the polyurethane assures
also an excellent ozone resistance, oxidation resistance, mineral oil resistance.
The polyurethane enables also to improve the adhesion on the stands, because the belt is obtained by pressure diecasting.
THE SPECIAL RIBBING
The typical ribbing obtained by melting on the stands in polyamide assures a higher transverse stiffness, without
reducing the longitudinal bending capacity.
The ribbing makes easer also the draining of the heat of the belt during the working.
THE SECTION AND THE ANGLE
The high friction factor given by the polyurethane, enables this belt to adopt the angle of 60°.
This typical angle enables a better support of the stands in polyamide of traction and the a higher and stable tension.
This enables to transmit more power with smaller sections.
NOTE
®
We can supply also M.E.C.BELT POLIFLEXSOSIL MULTIPLE : we suggest however not to go over three components
"
