Molybdenum Woven Mesh for Filters & Heating Elements

Molybdenum woven mesh is woven from sliver gray transition metal molybdenum wires. It has good acid and alkali resistance, a high melting point (2623 °C / 4753 °F), easy welding and can withstand extremely high pressure and temperature. Besides, it does not react with oxygen or water at room temperature and is often used in heating elements, insulation plates, sintered trays, etc.

A roll of silver gray molybdenum woven mesh

Weave Types

Plain Weave Mesh

Twill Weave Mesh

Plain Dutch Weave Mesh

Twill Dutch Weave Mesh

Reversed Plain Dutch Weave Mesh

Reversed Twill Dutch Weave Mesh

5-Heddle Weave Mesh

Chemical Composition

Table 1: Molybdenum Material Chemical Composition（%）
Element	C	Fe	Ni	O	Si	N	Mo
Content	0.01	0.01	0.005	0.007	0.01	0.02	Rem

Specification

Table 2: Specification of Molybdenum Woven Mesh
Item	Mesh	Wire Diameter	Opening	Opening Area	Weight
	Inch	mm	mm	%	kg/m²
Mo-1	1	4.87	20.523	0.68	15.40
Mo-2	2	3.04	9.652	0.58	12.00
Mo-3	2	2.60	10.033	0.62	8.78
Mo-4	3	2.00	6.467	0.58	7.80
Mo-5	3	1.60	6.867	0.66	4.99
Mo-6	4	1.60	4.750	0.56	6.65
Mo-7	4	1.20	5.150	0.66	3.74
Mo-8	5	1.20	3.880	0.58	4.67
Mo-9	5	1.00	4.080	0.65	3.24
Mo-10	6	1.20	3.033	0.51	5.61
Mo-11	6	0.90	3.333	0.62	3.15
Mo-12	8	0.61	2.565	0.65	1.93
Mo-13	10	0.50	2.032	0.64	1.62
Mo-14	10	0.45	2.083	0.67	1.31
Mo-15	12	0.50	1.609	0.58	1.94
Mo-16	14	0.42	1.397	0.59	1.60
Mo-17	16	0.38	1.212	0.58	1.50
Mo-18	18	0.28	1.317	0.65	0.91
Mo-19	20	0.40	0.870	0.47	2.07
Mo-20	20	0.32	0.955	0.57	1.33
Mo-21	24	0.28	0.784	0.55	1.22
Mo-22	24	0.23	0.824	0.61	0.82
Mo-23	26	0.25	0.723	0.55	1.32
Mo-24	28	0.27	0.633	0.49	1.32
Mo-25	28	0.23	0.673	0.55	0.96
Mo-26	30	0.23	0.613	0.52	1.03
Mo-27	32	0.30	0.494	0.39	1.87
Mo-28	40	0.25	0.385	0.37	1.62
Mo-29	40	0.23	0.401	0.40	1.37
Mo-30	40	0.22	0.415	0.43	1.25
Mo-31	40	0.19	0.445	0.49	0.93
Mo-32	50	0.19	0.318	0.39	1.17
Mo-33	50	0.15	0.335	0.49	0.73
Mo-34	50	0.20	0.478	0.89	1.29
Mo-35	60	0.15	0.273	0.42	0.87
Mo-36	60	0.16	0.263	0.39	0.99
Mo-37	70	0.12	0.243	0.45	0.65
Mo-38	80	0.12	0.198	0.39	0.74
Mo-39	90	0.12	0.162	0.33	0.84
Mo-40	100	0.10	0.154	0.37	0.64
Mo-41	100	0.08	0.177	0.49	0.37
Mo-42	120	0.09	0.122	0.33	0.63
Mo-43	120	0.08	0.132	0.39	0.49
Mo-44	140	0.06	0.121	0.45	0.32
Mo-45	150	0.07	0.104	0.38	0.41
Mo-46	180	0.06	0.081	0.33	0.42
Mo-47	180	0.05	0.091	0.42	0.29
Mo-48	200	0.05	0.077	0.37	0.32
Mo-49	250	0.04	0.062	0.37	0.25
Mo-50	270	0.03	0.066	0.49	0.13
Mo-51	280	0.03	0.061	0.45	0.16
Mo-52	300	0.04	0.045	0.28	0.31
Mo-53	325	0.04	0.043	0.30	0.25
Mo-54	400	0.04	0.038	0.37	0.16

Gallery

A caliper is used to check the wire diameter of molybdenum woven mesh.

Molybdenum woven mesh wire diameter inspection

A caliper is used to check the opening size of molybdenum woven mesh.

Molybdenum woven mesh aperture inspection

A tapeline is used to check the width of molybdenum woven mesh.

Molybdenum woven mesh width inspection

A tapeline is used to check the length of molybdenum woven mesh.

Molybdenum woven mesh length inspection

Molybdenum woven mesh width inspection