Nylon Flour Mill Mesh PA-Gg PA-Xxx for Plansifter Purifiers and Centrifugal Sifters

• Customization: Available
• Material: Nylon
• Layers: Single
• Model NO.: SG-FD-NF-01
• Type: Filter Disc
• Hole Shape: Square
• Structure: Single Network
• Application: Plansifter, Purifiers & Centrifugal Sifters
• Transport Package: Cartons, by Courier, by Sea, by Air
• Specification: 30-70m/roll, rolls, pieces, sheets, tubes
• Trademark: SHARE FILTERS
• Origin: Zhejiang Province, China
• HS Code: 59112000
• Production Capacity: 50000 Meters/Week

Product Description

Product Description

Flour mill mesh is commonly used in the food industry for sifting, screening and filtering purposes. Our flour mesh are mainly made of nylon monofilament yarns. Due to wear resistant and durable propery of nylon material, our nylon flour mesh with accurate and even mesh openings ensure long lifespan and excellent performance for different mill uses.

SHARE flour mesh can be customized into different shapes, such as rolls, pieces, sheets, tubes and more to match various sieving equipment including plansifters, purifiers, and centrifugal sifters.

Polyester flour mesh is also available on demand.



Choosing the optimal flour mesh for your flour mills involves considering several technical points. Here are six key factors to keep in mind:

1. Mesh Opening Size: The mesh opening size is critical and determines the final flour fineness and quality. Different types of sifters require specific mesh opening sizes. For example:
 

• Coarse: Mesh openings greater than 1200-900 micrometers (um) are suitable, and materials like PET and PA grit gauze can be used.
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• Medium: Mesh openings greater than 1000-212um are needed, and Polyamide grit gauze is a suitable choice.
• Fine: For fine flour, mesh openings greater than 300-90um are appropriate, and Polyamide flour sieve is recommended.

2. Wear-Resistant Property: The wear-resistant property of the mesh cloth is crucial for its service life. Nylon offers the best wear resistance, followed by polyester (which is about 70% as durable as nylon), while natural silk has the lowest wear resistance. In the same material, thicker yarn diameters provide better wear resistance.

3. Elongation: Elongation measures the fabric's ability to resist deformation. Natural silk has the lowest elongation, while heat-setting treatment can reduce elongation in polyester and nylon, making them similar to silk in this regard.

4. Antistatic Property: All flour sieve cloth should be antistatic to prevent static electricity from capturing fine flour particles and blinding the sifter screen. Nylon mesh has better antistatic performance due to its high hygroscopicity.

5. Width: Consider the width of the mesh cloth to meet the needs of your high-yield and high-square plansifters, as it can improve milling efficiency and productivity. Choose the optimal width based on the specifications of your plansifter and purifiers. Options like 110cm, 127cm, 136cm, 158cm, etc., are available to meet various requirements.

6. Effective Sieving Area: This refers to the percentage of the opening area within the unit screen. It is influenced by factors such as yarn diameter and weaving pattern. Ensure that the mesh cloth you choose provides an effective sieving area that suits your milling requirements.
 

Product name	Nylon Flour Mill Mesh PA-GG PA-XXX For Plansifter Purifiers and Centrifugal Sifters
Manufacturer	Taizhou Share Filters Co. Ltd.
Brand	SHARE FILTERS
Material	Polyamide6 (PA6) and polyamide66 (PA66)
Color	White
Weave type	Plain weave
Common width	110cm, 127cm, 136cm, 158cm or customized
Roll length	30-100 meters or customized
Fabrication service	Cut into pieces/discs, sewing or welding tubes, belts or ribbon
Micron size	81um to 2000um
Certificate	ISO19001 SGS ROHS REACH
Samples availability	1 meter free
Physical characteristics	Material : manufactured by 100% monofilament nylon yarn  Opening :the mesh with great precision exact and regular square holes  Dimensional :very good dimensional stability
Chemical properties	Temperature : working temperature under 100ºC  Chemicals: no unwanted chemicals, no any chemicals treatment in the production process Safe Grade: food grade
Advantages	Compatible with FDA standard Wide ranges of materials and mesh openings for options Available for different models of sieving & milling equipment Stable structure for long lifespan Efficient milling performance for flour production Excellent tear resistance Excellent dimensional stability Higher tension strength & break point
Application	Plansifter, purifiers & centrifugal sifters

 

Nylon Flour Mesh Data

 

Precision Nylon Flour Mesh Specifications
Fabric Number	Mesh Count		Thread Diameter	Mesh Opening	Open Area	Mesh Thickness	Weight
	n/cm	n/inch	μm	μm	%	μm	g/m^2
PA10GG	4	10	550	2000	61	950	238
PA12GG	4.5	11	400	1822	67	760	153
PA14GG	5	13	400	1600	64	770	170
PA15GG	5.5	14	400	1418	61	780	187
PA16GG	6	15	350	1317	62	665	156
PA18GG	6.5	17	350	1180	59	670	170
PA19GG	7	18	350	1079	57	675	182
PA20GG	7.5	19	300	1023	60	560	144
PA22GG	8	20	300	950	58	560	153
PA24GG	8.5	22	300	876	56	565	163
PA26GG	9	23	300	811	54	570	172
PA27GG	10	25	250	750	56	475	133
PA28GG	10.5	27	250	702	54	475	140
PA30GG	11	28	250	659	53	480	146
PA31GG	11.5	29	250	619	51	485	153
PA34GG	12	30	250	583	49	490	159
PA36GG	12.5	32	250	550	47	490	166
PA38GG	14	36	200	514	52	360	119
PA40GG	14.5	37	200	489	50	365	123
PA42GG	15	38	200	466	49	365	128
PA44GG	16	41	200	425	46	370	136
PA46GG	17	43	200	388	44	375	145
PA50GG	18	46	200	355	41	380	153
PA52GG	20.5	52	150	338	48	270	98
PA54GG	21.5	55	150	315	46	275	103
PA58GG	22	56	150	304	45	275	105
PA60GG	23	58	150	285	43	280	110
PA62GG	23.5	60	150	275	42	285	112
PA64GG	24	61	150	267	41	285	115
PA66GG	28.5	72	100	251	51	163	61
PA68GG	29	74	100	245	50	165	63
PA70GG	29.5	75	100	239	48	166	64
PA72GG	30.5	77	100	227	47	168	66
PA74GG	32	81	100	213	46	170	69
PA-6XXX	30	76	120	213	40	225	94
PA-7XXX	31	79	120	200	40	228	98
PA-8XXX	35.5	90	100	182	42	178	78
PA-8.5XXX	38	97	100	163	38	190	84
PA-9XXX	41	104	90	154	40	170	60
PA-9.5XXX	43	109	90	143	38	175	63
PA-10XXX	47	117	80	135	39	145	61
PA-10.5XXX	49	124	80	125	37	146	64
PA-11XXX	50	130	80	115	36	147	65
PA-12XXX	55	140	70	112	38	130	48
PA-12.5XXX	57	145	70	105	36	132	50
PA-13XXX	59	150	70	99	35	135	52
PA-14XXX	60	152	70	97	34	136	53
PA-15XXX	66	168	60	92	36	108	53
PA-16XXX	69	175	60	85	35	110	55
PA-17XXX	71	180	60	81	33	112	57

The data are compiled to the best of our knowledge. Subject to change without notice. Current data available on your demand.

 
Mesh Count: Number of openings per inch or centimeter
Weave Type: Plain Weave (PW) or Twill Weave (TW)
Thread Diameter: The diameter of each thread before weaving
Mesh Thickness: The average thickness of the woven mesh
Mesh Opening: The distance between adjacent threads
Open Area: The ratio (%) of the open area to the thread area within a woven mesh 

 

Functionality Comparison of SHARE Precision Filter Mesh
Material		Nylon		Polyester	Polyethylene	Polypropylene
		PA6	PA66	PET	PE	PP
Tension (g/D)	Normal conditions	6.4-9.5	6.5-9.5	6.3-9.0	5.0-9.0	7.5-9.0
	Humid conditions	5.9-8.0	6.0-8.5	6.3-9.0	5.0-9.0	7.5-9.0
Strength ratio for humidity (%)		84-92	90-95	100	100	100
Strength against hooking (g/D)		10.7-14.3	11.0-14.5	9.0-11.0	6.2-13.0	11.0-14.0
Strength of knot (g/D)		5.4-6.5	4.0-6.0	4.3-4.8	3.5-5.7	4.5-6.0
Elongation (%)	Normal conditions	16-25	15-22	7-17	8-35	15-25
	Humid conditions	20-30	20-28	7-17	8-35	15-25
Elasticity (%) at 3% extension		98-100	98-100	95-100	85-97	90-100
Initial extensional resistance (Apparent Young's modulus)	(g/D)	27-50	40-60	90-160	35-100	40-120
	(kg/mm2)	280-510	400-600	1100-2000	300-850	330-1000
Specific gravity		1.14		1.38	0.94-0.96	0.91
Moisture percentage	Nominal value	4.5		0.4	0	0
	Normal conditions 20ºC, 65% RH	3.5-5.0		0.4-0.5	0	0
	Other conditions 20ºC	20%RH:1.0-1.8		20%RH:0.1-0.3	20%RH:0	20%RH:0
		95%RH:8.0-9.0		95%RH:0.6-0.7	95%RH:0-0.1	95%RH:0-0.1
Heat resistance	Softening point	180ºC	230ºC-235ºC	238ºC-240ºC	100ºC-115ºC	140ºC-160ºC
	Fusion point	215ºC-220ºC	250ºC-260ºC	255ºC-260ºC Combusts gradually while melting. Not self-combustible	125ºC-135ºC Combusts gradually while melting	165ºC-173ºC Combusts gradually while melting
Weather resistance (influence of exposure)		Strength deteriorates slightly and color may change slightly		Almost no influence	Strength deteriorates slightly	Strength deteriorates slightly
Acid resistance		Dissolved and partially decomposed by concentrated hydrochloric acid, concentrated sulfuric acid or concentrated nitric acid		Almost no influence by concentrated hydrochloric acid, 75% sulfuric acid or concentrated nitric acid	Almost no influence by concentrated hydrochloric acid or concentrated sulfuric acid	Almost no influence by concentrated hydrochloric acid, concentrated sulfuric acid or concentrated nitric acid
Alkaline resistance		Shows little variation in strength when exposed to concentrated caustic soda solution and concentrated ammonia solution		Shows little variation in strength when exposed to 10% caustic soda solution and concentrated ammonia solution	Shows little variation in strength when exposed to concentrated caustic soda solution	Shows little variation in strength when exposed to concentrated caustic soda solution and concentrated ammonia solution
Resistance to other chemicals		Good chemical resistance		Good chemical resistance	Shows little variation	Shows little variation
Solvent resistance General solvent: alcohol, ether, benzene, acetone, gasoline, tetra chloroethylene		Not soluble by general solvents: phenol(phenol,m-cresol etc.), dissolved by concentrated formic acid, expanded by glacial acetic acid, and melted by heat		Not soluble by general solvents: dissolved by heated m-cresol, heated o-chlorophenol, heated nitrobenzene, dimethylformamide or 40ºC phenol/ethane tetrachloride liquid mixture	Insoluble in alcohol, ether, and acetone. Expands when exposed to benzene and gasoline at high temperatures. Slowly dissolves in perchloroethylene and ethane tetrachloride at high temperatures	Insoluble in alcohol, ether, and acetone. Expands when exposed to benzene at high temperatures. Slowly dissolves in perchloroethylene, ethane tetrachloride, carbon tetrachloride, cyclohexanone, monochlorobenzene, tetrahydronaphthalene, xylene, and toluene at high temperatures
Generally used dyes		Acid, dispersed, and reactive chrome dyes		Carrier dyeing or high temperature dyeing with dispersed, naphthol, vat, or soluble vat dye	Generally dyed through solution dying with pigments	Generally dyed through solution dying with pigments. Dyeing with dispersed dyes (for polypropylene) is also possible
Insect and mold resistance		Perfect resistance		Perfect resistance	Perfect resistance	Perfect resistance

 

Packaging & Shipping

1. Rolled on the paper core, packed into PE bags
2. Put into standard export carton
3. Put into PP woven bag to prevent damage during transportation

The label contains the following standard information: 
item name, manufacturer, material, dimensions, manufacturing date, order number, batch number etc.

	Port to Port	Door to Door
Express(DHL,UPS,FEDEX, EMS)		1 - 5 days
Air Freight	1 - 5 days	4 - 10 days
Sea Freight(FCL)	15 - 30 days	20 - 35 days
Sea Freight(LCL)	15 - 30 days	22 - 37 days

Keywords

Nylon flour mesh,  nylon sieve mesh, flour sieve, nylon mesh strainer, nylon flour filter, flour sifting screen, nylon mesh sifter, flour filter mesh, nylon sieve screen, nylon mesh filter, precision nylon sieve, flour filter, flour sifting sieve, mill filtration mesh, flour mill sieve, milling mesh, nylon strainer, nylon perforated sheet, nylon grinding mesh, milling grade mesh

Company Profile

Who we are?

Established in 1983, SHARE has been a Chinese leading manufacturer, developer and provider of industrial filtration solutions. 

Filtration is our passion. Innovation is our power. Customer is our partner. We have been active in filtration solutions for 40 years and working together with our customers to design and manufacture thousands of specific filtration solutions. Customers like SHARE products for customization, full traceability and lot-to-lot accuracy. 
 

What we do?

Our product ranges:
1. Precision woven filter screen mesh: nylon (polyamide), polyester, polyethylene, polypropylene, stainless steel etc. Mesh opening can vary from 1um to 4000um.
2. Fabricated mesh: converting filter meshes into various sizes and shapes such as discs, stampings, tubes, ribbons, shapes, cut-to-size sections, pleated elements, bags and many more. 
3. Molded filters: molding mesh with plastic to create different types of plastic filters.
4. Filtration solutions: With its profound understanding of applications and long-standing experience, SHARE supports customers to design, develop and manufacture of achieving optimal filtration results in their industrial processes. 

Who trust us?

Our customers benefit from application-optimized filtration solutions in many markets, such as home appliances, automotive, irrigation, hydraulics, medical and healthcare, food and beverage, milling, electronics, and aerospace etc.

Our facility
 

We have more than 300 sets of Sulzer P7100 & P7150 looms, beninger warping machine, washing and heat setting machine, laser cutting machine, ultrasonic welding machine and injection molding machine to fulfil customer and market needs for general and specific filtration solutions.

Weaving workshop:

Where we are?
 

We are in Taizhou city, Zhejiang province China. By train, we are one hour away from Hangzhou and two hours away from Shanghai.
Call or email us for any information about filtration.