Brakes for your motorcycle

Goldfren disc brake pads are of the highest quality and available for both road and off-road applications. The metal-ceramic friction material is designed to give optimum braking performance with minimal difference between wet or dry conditions. While having a very high static friction coefficient, this material also has a low abrasive interaction with the disc brake rotor material.

For those riders, where race track conditions require extreme stopping and consequently create soaring braking temperatures, Goldfren has a material specifically formulated for you. These race pads are available from our dedicated Motorsport agents throughout Australia.

Goldfren online catalog

	Description	Product Code	Size	Add To ShortList
	K5 A metal-ceramic friction material, K5, comprising of a very sophisticated bronze-graphite full-metal mixture formulation with uniformly dispersed very fine grade metal friction particles. Suitable for both dry and wet friction applications.	GF4001	001	0
		GF4002	002	0
		GF4003	003	0
		GF4005	005	0
		GF4007	007	0
		GF4009	009	0
		GF4023	023	0
		GF4065	065	0
		GF4077	077	0
		GF4091	091	0
		GF4092	092	0
		GF4096	096	0
		GF4108	108	0
		GF4144	144	0
		GF4162	162	0
		GF4176	176	0
		GF4179	179	0
		GF4182	182	0
		GF4185	185	0
		GF4187	187	0
		GF4190	190	0
		GF4191	191	0
		GF4205	205	0
		GF4208	208	0
		GF4209	209	0
		GF4216	216	0
		GF4226	226	0
		GF4240	240	0
		GF4243	243	0
		GF4245	245	0
		GF4252	252	0
		GF4253	253	0
		GF4255	255	0
		GF4256	256	0
		GF4295	295	0
		GF4297	297	0
	S3 A metal-ceramic friction material, designed for friction in dry and wet conditions, is produced by applying an advanced powder metallurgy method, which is a leader in the sintered process field.	GF5002	002	0
		GF5004	004	0
		GF5005	005	0
		GF5006	006	0
		GF5007	007	0
		GF5008	008	0
		GF5009	009	0
		GF5011	011	0
		GF5012	012	0
		GF5013	013	0
		GF5014	014	0
		GF5015	015	0
		GF5016	016	0
		GF5017	017	0
		GF5018	018	0
		GF5019	019	0
		GF5020	020	0
		GF5021	021	0
		GF5022	022	0
		GF5023	023	0
		GF5024	024	0
		GF5025	025	0
		GF5027	027	0
		GF5028	028	0
		GF5029	029	0
		GF5030	030	0
		GF5031	031	0
		GF5032	032	0
		GF5033	033	0
		GF5034	034	0
		GF5035	035	0
		GF5036	036	0
		GF5037	037	0
		GF5038	038	0
		GF5039	039	0
		GF5041	041	0
		GF5042	042	0
		GF5043	043	0
		GF5044	044	0
		GF5045	045	0
		GF5047	047	0
		GF5048	048	0
		GF5049	049	0
		GF5050	050	0
		GF5051	051	0
		GF5052	052	0
		GF5053	053	0
		GF5054	054	0
		GF5055	055	0
		GF5056	056	0
		GF5057	057	0
		GF5058	058	0
		GF5059	059	0
		GF5060	060	0
		GF5061	061	0
		GF5062	062	0
		GF5063	063	0
		GF5064	064	0
		GF5067	067	0
		GF5068	068	0
		GF5069	069	0
		GF5070	070	0
		GF5072	072	0
		GF5073	073	0
GF5075	075	0
GF5076	076	0
GF5077	077	0
GF5079	079	0
GF5081	081	0
GF5082	082	0
GF5084	084	0
GF5085	085	0
GF5088	088	0
GF5093	093	0
GF5098	098	0
GF5099	099	0
GF5102	102	0
GF5104	104	0
GF5106	106	0
GF5108	108	0
GF5109	109	0
GF5113	113	0
GF5114	114	0
GF5115	115	0
GF5117	117	0
GF5121	121	0
GF5122	122	0
GF5124	124	0
GF5126	126	0
GF5127	127	0
GF5129	129	0
GF5132	132	0
GF5134	134	0
GF5135	135	0
GF5137	137	0
GF5138	138	0
GF5141	141	0
GF5143	143	0
GF5144	144	0
GF5146	146	0
GF5147	147	0
GF5148	148	0
GF5151	151	0
GF5152	152	0
GF5153	153	0
GF5161	161	0
GF5165	165	0
GF5167	167	0
GF5169	169	0
GF5174	174	0
GF5177	177	0
GF5178	178	0
GF5181	181	0
GF5185	185	0
GF5190	190	0
GF5194	194	0
GF5195	195	0
GF5196	196	0
GF5200	200	0
GF5206	206	0
GF5207	207	0
GF5210	210	0
GF5213	213	0
GF5214	214	0
GF5221	221	0
GF5222	222	0
GF5224	224	0
GF5231	231	0
GF5241	241	0
GF5242	242	0
GF5244	244	0
GF5246	246	0
GF5247	247	0
GF5248	248	0
GF5249	249	0
GF5257	257	0
GF5258	258	0
GF5265	265	0
GF5267	267	0
GF5268	268	0
GF5269	269	0
GF5270	270	0
GF5271	271	0
GF5272	272	0
GF5273	273	0
GF5274	274	0
GF5275	275	0
GF5292	292	0
	S3 A metal-ceramic friction material, designed for friction in dry and wet conditions, is produced by applying an advanced powder metallurgy method, which is a leader in the sintered process field.	GF5296	296	0
		GF5298	298	0
		GF5307	307	0