Steel POM Bushing

Kastaş No	d(f7)	D(H7)	L	S3
K782-014	14	16	20	0.98
K782-028	28	32	30	1.95
K782-028/1	28	32	50	1.95
K782-030	30	34	25	1.95
K782-030/1	30	34	30	1.95
K782-030/2	30	34	50	1.95
K782-030/3	30	34	60	1.95
K782-032	32	36	20	1.95
K782-035	35	39	20	1.95
K782-035/1	35	39	30	1.95
K782-035/2	35	39	35	1.95
K782-040	40	44	40	1.95
K782-040/1	40	44	50	1.95
K782-040/2	40	45	20	1.95
K782-040/3	40	45	30	1.95
K782-045	45	50	40	2.43
K782-045/1	45	50	50	2.43
K782-050	50	55	30	2.43
K782-050/1	50	55	40	2.43
K782-050/2	50	55	45	2.43
K782-050/3	50	55	50	2.43
K782-050/4	50	55	60	2.43
K782-060	60	65	40	2.43
K782-060/1	60	65	50	2.43
K782-060/2	60	65	60	2.43
K782-070	70	75	40	2.43
K782-070/1	70	75	50	2.43
K782-070/2	70	75	58	2.43
K782-070/3	70	75	60	2.43
K782-070/4	70	75	90	2.43
K782-075	75	80	40	2.43
K782-075/1	75	80	60	2.43
K782-075/2	75	80	80	2.43
K782-075/3	75	80	90	2.43
K782-080	80	85	40	2.41
K782-080/1	80	85	50	2.41
K782-080/2	80	85	60	2.41
K782-085	85	90	60	2.41
K782-090	90	95	50	2.41
K782-090/1	90	95	60	2.41
K782-090/2	90	95	90	2.41
K782-095	95	100	45	2.41
K782-095/1	95	100	60	2.41
K782-100	100	105	50	2.41
K782-100/1	100	105	60	2.41
K782-100/2	100	105	90	2.41
K782-110	110	115	60	2.41
K782-110/1	110	115	80	2.41
K782-120	120	125	100	2.41
K782-120/1	120	125	60	2.41
K782-130	130	135	100	2.41

Kastaş K782 bushings use high quality steel as base, sintered porous bronze as its interlayer and the fibered POM as its surface. Kastaş K782 offers the property of low friction coefficient, silent operating and low wear.

PRODUCT ADVANTAGES
• Dry running

• Wear resistance

• Low friction forces and long service life

• High load resistance

MATERIAL STRUCTURE

POM with Fiber

Porous Bronze

Bronze Backing

Tin or Copper Plating

TECHNICAL DATA

Max. Load	Static	250 N/mm²
	Very Low Speed	140 N/mm²
	Rotating/ Oscillating	70 N/mm²
Max. PV (dry running)	3.0 N/mm².m/s
Temp. Limit	-40°C~+110°C
Friction Coefficient	0.05~0.02 μ
Max. Speed	Grease Lubrication	2 m/s
Max. Speed	Continued Oil Lubrication	>2 m/s
Thermal conductivity	50 W(m.k)^-¹ /td>
Coefficient of thermal expansion	11x10^-6 .K^-¹