RXXD

Composition

Bulk Density :

Finish :

Cut :

105 (lbs/ft)

Coarse

Ultra Fast

AVAILABLE SIZES

Triangle Straight Cut

(D)

RXXD (D) | Rosler Ceramic Vibratory Media
RXXD (D) | Rosler Ceramic Vibratory Media

MM

 

10/10

IN

 

3/8 x 3/8

Triangle Angle Cut

(S)

RXXD (S) | Rosler Ceramic Vibratory Media
RXXD (S) | Rosler Ceramic Vibratory Media

MM

 

10/10

13/13

IN

 

3/8 x 3/8

1/2 x 1/2

Cylinder Straight Cut

(Z)

RXXD (Z) | Rosler Ceramic Vibratory Media
RXXD (Z) | Rosler Ceramic Vibratory Media

MM

 

06/10

10/20

15/30

IN

 

1/4 x 3/8

3/8 x 3/4

5/8 x 1-1/8

Cylinder Angle Cut

(ZC)

RXXD (ZS) | Rosler Ceramic Vibratory Media
RXXD (ZS) | Rosler Ceramic Vibratory Media

MM

 

06/10

07/15

IN

 

1/4 x 3/8

9/32 x 5/8

Ellipse Angle Cut

(ES)

RXXD (E) | Rosler Ceramic Vibratory Media
RXXD (E) | Rosler Ceramic Vibratory Media

MM

 

15/22/08

IN

 

5/8 x 7/8 x 5/16

Tristar Straight Cut

(DZ)

RXXD (DZ) | Rosler Ceramic Vibratory Media
RXXD (DZ) | Rosler Ceramic Vibratory Media

MM

 

04/04

06/06

10/10

IN

 

5/32 x 5/32 1/4 x 1/4

3/8 x 3/8

Tristar Angle Cut

(DZS)

RXXD (DZS) | Rosler Ceramic Vibratory Media
RXXD (DZS) | Rosler Ceramic Vibratory Media

MM

 

06/13

10/12

15/07

20/10

IN

 

1/4 x 1/2

3/8 x 1/2

5/8 x 9/32

3/4 x 3/8

Pyramid Tetrahedron

(P)

RXXD (P) | Rosler Ceramic Vibratory Media
RXXD (P) | Rosler Ceramic Vibratory Media

MM

 

15

30

40

IN

 

5/8

1-1/8

1-5/8

Cone

(K)

RXXD (K) | Rosler Ceramic Vibratory Media
RXXD (K) | Rosler Ceramic Vibratory Media

MM

 

19

30

40

IN

 

3/4

1-1/8

1-5/8

Tri Cyl

(QZ)

RXXD (ZS) | Rosler Ceramic Vibratory Media
RXXD (QZ) | Rosler Ceramic Vibratory Media

MM

 

25

IM

 

1

Rosler | RXXD Ceramic Vibratory Media

Rosler RXXD ceramic vibratory media has a bulk density of approximately 105 lbs per cubic foot with the ability most rapidly deuburr hardened metals. RXXD is an excellent media choice when the shortest time cycles are required. Rosler RXXD media provides "ultra fast" cut and will leave a "coarse" finish.