48T Polyester Silk Screen Mesh Bolting Cloth , Faster Tension Stabilization

Product Details:

Place of Origin:	Jiangsu, China
Brand Name:	Kai Long
Certification:	ISO9001, SGS, ROHS
Model Number:	24T- 165T

Payment & Shipping Terms:

Minimum Order Quantity:	100 m
Price:	Please contact us
Packaging Details:	According to the QTY
Delivery Time:	According to the QTY
Payment Terms:	TT, LC, Western Union
Supply Ability:	100000 m per month

Detailed Product Description

48T Polyester Silk Screen Mesh Bolting Cloth , Faster Tension Stabilization

Polyester screen printing mesh was introduced to the screen printing market over 40 years ago and quickly replaced traditional silk as the fabric of choice among screen printers all over the world. It is a material that is uniquely suitable for screen printing because of its tensile strength, elastic memory and resistance to chemicals, abrasion heat and moisture.
There are 3 types of polyester fabrics used in screen printing and they are monofilament, low-elongation monofilament and multifilament. Most of today's screen printers use monofilament polyester, but the traditional type is rapidly being replaced with "Low-Elongation" fabric, which brings many new benefits to the screen printing process. Here we mainly introduce low-elongation monofilament polyester fabric as this is what we are producing now.
Monofilament Polyester is woven from yarn that is extruded from heated polyester into a single strand. The extruded thread is the spun to a precise diameter. Conventional monofilament polyester screen fabric will elongate under tension: the higher the tension level, the more the thread can stretch. At excessive tension levels, the thread reaches its "plastic deformation" point, and the screen will no longer hold tension.

Specifications:

Mesh Count	cm mesh	48T
	inch	120
Thread Diameter um		80 um
Mesh Opening(um)		150 um
Open Area(%)		43 %
Average Thickness um		132 um
Ink Volume cm³/銕�		57
Suggestion Highest Tension		35-40 N/cm

Monofilament polyester is still suitable for non-critical printing applications. In recent years, however, it has been eclipsed by a new development in thread technology: Low-Elongation Polyester.
Low-Elongation Polyester is what we are producing now in a wide range of mesh counts, and our products offers significant advantages over the traditional monofilament polyester:

Faster tensioning without damage to the threads
Improved fabric strength
Faster tension stabilization
Higher tension threshold and breaking point
Less tension loss during the stretching process
Faster turnaround time from the screen room to the pressroom
Improved registration due to stable tension
Faster Print speeds

Mesh count		weave	silk diameter	Mesh opening	Open area	Thickness	Ink Volume	Suggestion Highest Tension
cm	inch		um	um	%	um	cm³/m²	N/cm
15	38	PW	200	475	50	365	183	35-60
20	51	PW	200	300	35	355	124	35-60
24	61	PW	150	260	44	250	103	35-60
28	71	PW	145	212	35	280	98	35-60
30	76	PW	120	213	41	200	82	35-60
32	80	PW	70	245	61	120	67	24-26
32	80	PW	100	200	43	160	69	35-40
32	80	PW	120	190	38	205	78	35-40
36	90	PW	100	178	41	175	74	35-40
40	100	PW	55	196	61	100	66	32-38
43	110	PW	55	178	58	95	76	30-34
43	110	PW	80	150	43	132	57	35-40
48	120	PW	55	157	48	100	52	30-34
53	135	PW	55	123	50	100	47	30-34
54	140	PW	55	120	48	100	45	30-34
60	150	PW	55	114	45	88	40	27-32
64	160	PW	55	103	40	84	37	27-29
64	160	PW	64	90	32	106	34	30-34
72	180	PW	48	94	44	75	35	25-30
77	196	PW	55	70	28	90	25	27-32
77	196	PW	64	64	24	115	28	32-35
80	200	PW	48	74	37	75	27	27-32
80	200	PW	55	68	31	100	24	30-34
90	230	PW	48	63	32	81	22	27-29
100	250	PW	40	60	31	64	20	26-28
110	280	PW	34	53	35	56	20	22-24
110	280	PW	40	50	32	65	18	25-30
120	300	PW	31	53	40	48	19	21-24
120	300	PW	34	45	29	55	16	24-26
120	300	PW	40	38	24	65	13	27-32
130	330	PW	34	41	28	61	14	24-27
130	330	PW	39	25	11	63	7	27-32
140	350	PW	31	38	28	55	13	20-22
140	350	PW	34	29	16	61	9	23-26
150	380	PW	31	29	20	55	10	22-24
150	380	PW	34	25	13	61	7	25-27
165	420	PW	27	30	25	46	12	17-21
165	420	PW	31	24	17	55	8	24-26
180	450	PW	27	30	25	46	12	17-21
200	508	PW	31	20	15	35	8	23-27