Yick Sang Texture Standards | Yick Sang(YS) texture catalogue

Yick Sang (YS) Texture Standards

Yick Sang YS-20001 series mold texture technical data sheet
Yick Sang YS-20001 series texture surface roughness
Yick Sang YS-20001 series texture draft angle chart
Yick Sang YS-20001 series texture specifications
Yick Sang YS-20001 series texture standards
Yick Sang YS-20001 series mold texture polishing finish
Yick Sang YS-20001 series texture guidelines
Yick sang standards for texturization

Series Number	Ry (um)	Rz (um)	Ra (um)	Draft Angle	Polishing Finish
YS-20001	6.02	4.73	1.1	1°	1000#
YS-20002	11.65	7.96	2.14	1.5 °	800#
YS-20003	13.61	9.09	2.75	2.5 °	800#
YS-20004	17.38	13.24	3.85	2.5 °	800#
YS-20005	18.8	13.85	3.85	3°	800#
YS-20006	17.68	12.54	3.53	3°	600#
YS-20007	20.17	15.35	4.5	3°	600#
YS-20008	23.81	16.49	4.75	4.5 °	600#
YS-20009	34.82	27.8	8.26	3.5 °	600#
YS-20010	24.97	18.6	5.46	3.5 °	600#
YS-20011	26.63	19.5	5.55	4.5 °	400#
YS-20012	37.71	29.23	8.77	4.5 °	400#
YS-20013	23.81	21.03	5.72	3°	400#
YS-20014	26.94	23.37	6.2	3°	400#
YS-20015	21.56	17.52	5.35	3°	400#
YS-20016	30.23	29.84	7.77	4°	400#
YS-20017	22.86	20.56	4.88	4.5 °	400#
YS-20018	20.01	18.25	4.4	5°	400#
YS-20019	12.4	8.51	2.26	1.5 °	400#
YS-20020	13.54	9.35	2.79	2°	400#
YS-20021	18.8	13.46	3.94	2.5 °	400#
YS-20022	23.66	17.67	4.99	3°	400#
YS-20023	32.47	24.5	6.91	5°	400#
YS-20024	30.31	21.2	6.37	4.5 °	400#
YS-20025	35.82	27.67	7.8	6.5 °	400#
YS-20026	35.07	28.18	7.51	7°	400#
YS-20027	26.92	22	7.05	4°	400#
YS-2028	47.82	38.72	11.94	4°	400#
YS-20029	36.82	3.36	8.96	3°	400#
YS-20030	31.56	27.7	7.9	3°	400#
YS-20031	28.62	31.9	7.9	4.5 °	800#
YS-20032	30.28	25	8.86	3.5 °	600#
YS-20033	34.73	31.13	10.28	3.5 °	800#
YS-20034	31.13	25.03	5.67	8°	400#
YS-20035	35.65	33.8	7.65	9°	400#
YS-20036	33.64	26.15	6.77	11°	1000#
YS-20037	4.35	3.37	0.56	0.2 °	1200#
YS-20038	4.28	3.64	0.69	0.2 °	1200#
YS-20039	6.55	4.35	0.92	0.3 °	1200#
YS-20040	7.76	5.54	11.09	0.5 °	1000#
YS-20041	5.37	4.1	0.78	0.5 °	1000#
YS-20042	8.09	5.32	1.2	1°	1000#
YS-20043	15.51	9.67	2.52	1.5 °	1000#
YS-20044	12.9	8.17	2.19	1°	1000#
YS-20045	12.02	8.02	2.12	1.5 °	1000#
YS-20046	19.3	12.93	3.26	2°	800#
YS-20047	14.39	9.53	2.56	1.5 °	800#
YS-20048	15.18	10.03	2.65	1.5 °	800#
YS-20049	34.24	30.59	8.96	3°	400#
YS-20050	34.87	32.44	8.09	3°	400#
YS-20051	27.95	25.19	6.9	4°	400#
YS-20052	25.06	21.56	5.74	3°	400#
YS-20053	23.99	18.6	4.61	3°	400#
YS-20054	30.01	25.17	6.98	4.5 °	320#
YS-20055	22.99	14.32	2.61	3°	800#
YS-20056	26.03	17.35	4.81	2°	800#
YS-20057	23	15.7	4.14	2.5 °	800#
YS-20058	25.85	18.12	4.97	3.5 °	800#
YS-20059	27.52	18.42	5.4	3°	800#
YS-20060	35.12	24.76	6.55	3°	600#
YS-20061	27.08	18.57	4.88	4°	600#
YS-20062	30.58	21.48	6.27	3°	600#
YS-20063	24.32	20.84	6.73	3°	400#
YS-2064	21.55	17.42	5.51	3.5 °	400#
YS-20065	25.73	22.62	6.75	3°	400#
YS-20066	21.4	18.22	5.51	3.5 °	400#
YS-20067	15.53	11.59	3.3	1°	1000#
YS-20068	21.18	15.3	4.29	1.5 °	800#
YS-20069	42.12	31.38	9.17	5°	400#
YS-20070	23.27	21.47	6.28	3°	600#
YS-20071	34.21	30.07	8.31	4.5 °	400#
YS-20072	37.85	33.38	9.75	9°	320#
YS-20073	26.78	22.48	5.49	9°	400#
YS-20074	23.49	19.64	5.41	7°	400#
YS-20075	19.38	12.32	3.68	8°	320#
YS-20076	25.4	18.23	5.48	7°	320#
YS-20077	20.37	14.48	4.06	8°	320#
YS-20078	26.96	20.55	6.15	9°	320#
YS-20079	18.23	14.18	4.27	9°	320#
YS-20080	22.74	17.43	5.01	11°	320#
YS-20081	27.58	22.16	6.04	9°	320#
YS-20082	19.79	14.54	3.95	9°	320#
YS-20083	14.7	9.46	2.88	12°	320#
YS-20084	22.84	17.18	5.45	11°	320#
YS-20085	27.71	20.99	5.59	6°	400#
YS-20086	32.24	16.04	4.87	11°	320#
YS-20087	32.89	25.96	7.4	4.5 °	400#
YS-20088	36.76	29.35	8.53	4.5 °	400#
YS-20089	24.85	20.28	5.26	4°	400#
YS-20090	32.24	23.38	6.9	6.5 °	400#
YS-20091	7.97	5.49	1.27	3°	400#
YS-20092	24.75	19.76	5.42	4.5 °	400#
YS-20093	23.39	17.9	5.08	4.5 °	400#
YS-20094	15.38	10.31	2.98	4°	400#
YS-20095	20.76	17.29	4.06	4°	400#

Why draft angle injection molding

Reduces the chance of damage to the part due to friction during release
Reduces wear and tear and chances of damage to the mold
Ensures a uniform, smooth, unscratched finish when required
Ensures the integrity and uniformity of other surface finishes and textures
Reduces overall cooling time by lessening or eliminating the need for unconventional ejection setups
Most, if not all, of these benefits offer either direct or indirect overall production cost reductions