MARK

MATERIAL

DESCRIPTION

POINTS

LBZ

BRONZE

Hard laminated bronze of hardness HV200

 0.8 < T < 1.2 mm

Metal doctor blade with the lowest coefficient of friction suitable for coated MG and drier

LMO

MONEL

Monel K500 artificially aged , grade D . An alloy of copper and nickel. Hardness of 
HRC 39 to 43

 0.8 < T < 1.2 mm

Easily marries the cylinder along with its High resistance to wear makes this ideal for center  press Granite roll.

L18

INOX 18/8

Austenitic stainless steel AISI 301 hard laminated.  HRC 44  to 48

 0.8 < T < 1.2 mm

A low carbon content means fewer sparks

L13

HTSS13

Hardened and tempered stainless steel AISI     420 (13% Chromium Content). HRC 45 to 49

 0.8  < T < 1.2 mm

Hardened and tempered stainless steel with generous mechanical characteristics

 

LST

HARDENED STEEL

Hardened and tempered carbon steel(C=0.75%).  HRC 49 to 51

 0.8  < T < 1.2 mm

Best  mechanical characteristics,
especially regarding elasticity.

LA3

BLUE  POLYSET

UHMW virgin polyethylene Maximum working temperature : 90 ^oC

T = 5  / 3 mm

A special groove allows introduction in most common holders: rivets can be fitted in other cases. Ideal for wire section.

 LA1

 RED SUPERPOLYSET

UHMW polyethylene identical to LA3 but reinforced with glass fibers.

T = 5 / 3 mm

Low coefficient of friction combined with superior resistance to wear:

 LB5

 BROWN  PHENOSET

Woven Cotton laminate bonded with Phenolic resin. Maximum working  temperature : 130 ^oC

2.3 mm < T < 3.2 mm

Thermosetting doctor blade with the low coefficient of friction.

 

LC1

BLACK SUPER CARBOSET

100% special carbon fiber reinforced & bonded with epoxy resin. Working temperature up to: 180^oC. Best Chemical and wear resistance. Resistance to transversal traction stress at 23^oC: 800 N/mm².

1.5 mm < T < 2 mm

Doctor Blade of the new generation with highest resistance to wear along with Best self-lubricating properties.

 LBR

 

ABRASIVE

 

Fiberglass layers with the addition of abrasive materials bonded with Epoxy Resin.

Resistance to bending: 400 N/mm².

1.5 mm < T < 1.9 mm

 

Fiberglass doctor blade with best Cleaning action : to be used under the most severe cleaning conditions at MG and dryers.

 
LB7

GREEN EPOXY

Fiberglass layers bonded with Epoxy resin. Maximum working temperature: 170^oC. Resistance of Transversal traction stress at 23^oC : 400 N/mm².

1.5 mm < T < 2.8 mm

Most commonly used fiberglass doctor blade for a wide range of applications. Best possible synthetic material during change over from a metal blade. Outstanding performance on some types of presses, calendars and on dryer cylinders.

GREY
CARBOSET

Fiberglass, carbon fiber layers bonded with Epoxy resin. Maximum working temperature : 180^oC. Excellent chemical resistance. Resistance to transversal traction stress at 23 ^oC : 770 N/mm².

1.5 mm < T < 2.0 mm

A leading edge in modern doctoring : the use of one of the most technological and prestigious materials guarantee an outstanding performance in terms of life and cleaning action of the doctor  blade with high pressure loads.

LB3

RED SUPER  EPOXY
 

Fiberglass layers specially arranged to obtain higher resistance to wear , bonded  with Epoxy resin. Maximum working temperature : 180^oC.. Resistance to transversal traction stress at 23 ^oC : 650 N/mm².

1.5 mm < T < 2.0 mm

Exceptionally resilient material which allows high linear pressure with  outstanding performance in terms of life and cleaning action of the doctor  blade.