20um Nylon Mesh Strainer Caps for Flow Cytometry Tubes, Producing Uniform Single-Cell Suspensions

• Customization: Available
• Material: Polypropylene Frame with Nylon Mesh Filter
• Application: Medicine
• Model NO.: SG-CS-06
• Filter Connector: Flat Connector
• Filtration Grade: Medium Filter
• Activated Carbon Filter Type: Compact
• Pore Size: Generally 20um 35um 40um 70um 100um
• Frame Color: White, Red, Yellow and Blue etc.
• Features: Bulk Packaged, Easy Handling, Colored by Pore Size
• Fit for: Round Bottom Flow Cytometry Tubes
• Transport Package: PP Bag and Standard Export Carton by Couier by Sea
• Specification: Customization
• Trademark: SHARE FILTERS
• Origin: Zhejiang, China
• HS Code: 84219910
• Production Capacity: 50, 000 PCS/ Week

Product Description

Product Description

SHARE cell strainer cap for stem cell and tissue derived primary cell preparation

--- A simple solution for producing uniform single-cell suspensions
--- Designed to fit perfectly into round bottom centrifuge tube
--- A faster and easier alternative to gauze filtration in procedures involving dissociation of cells from either clumps or primary tissues
--- Many different pore sizes are available: 20um 35um 40um 70um 100um
--- Color coded by mesh pore size.


SHARE cell strainer caps are made of molded plastic with nylon mesh filter. Our cell strainers are perfect for obtaining uniform single cell suspension from various sources. Cell strainers are made from nylon with many different pore size meshes, generally 20um 35um 40um 70um 100um, showing optimal performances in a variety of applications such as stem cell and primary cell preparation.

SHARE offers molded plastic cell strainer snap cap for a wide range of laboratory applications where the filtration and the purification of liquids is required. Its unique design features improved ventilation to avoid clogging for a smart sample preparation. Our cell strainer are stackable to allow direct filtration with different mesh sizes and alsocan be inverted to recover the sieved material. For large sample volumes it can be combined with a funnel.

Many different pore sizes are available: 20um 35um 40um 70um 100um, color coded by mesh pore size.

It fits for 15 ml conical centrifuge tubes, blood collecting tube, flow cytometry tube, 3 ml tube, 2 ml cryo tube, 5 ml conical tube screw cap, 5 ml reaction tube snap cap, 2 ml reaction tube, 1.5 reaction tube, 48 well plate, 24 well plate.
 

Product Parameters

Product Name	20um Nylon Mesh Strainer Cap for Flow Cytometry Tubes
Manufacturer	Taizhou Share Filters Co. Ltd.
Brand	SHARE FILTERS
Material	Polypropylene frame with nylon mesh filter
Pore Size	Generally 20um 35um 40um 70um 100um
Color	White, yellow, blue, red or customized, color coded by mesh pore size
Size	1cm or customised
Fit for	Most brands of test tubes: 15 ml conical centrifuge tubes, blood collecting tube, flow cytometry tube, 3 ml tube, 2 ml cryo tube, 5 ml conical tube screw cap, 5 ml reaction tube snap cap, 2 ml reaction tube, 1.5 reaction tube, 48 well plate, 24 well plate
Usage	Cell culture in laboratory, flow cytometer cell sample, impurity filtration, cell dispersion, sampling, etc
Package	Individual single packaged, 100pcs/carton

  

Filter Material Selection

Each batch of SHARE's filter meshes undergoes a meticulous process involving at least twelve distinct steps, ensuring the ultimate production of high-quality filtering products.

The twelve steps of SHARE filter mesh production procedure are: 

Yarn→Raw yarn inspection→Warping arranging→Drawing in heddle→Drawing in reed→Weaving→Initial survey→Washing→Heat setting treatment→Physical properties inspection→Products inspection→Product→(Prefabrated filter and screens if needed)→(Molded plastic filters if needed)

Technical Data Sheet

The below table will provide information on the mesh opening, open area percentage, mesh count, and thread diameter on all of our various pore sizes of nylon mesh offered.

Precision Nylon Filter Mesh Technical Data
Fabric Number	Mesh  count		Thread Diameter	Mesh  Opening	Open  Area	Fabric Thickness	Weight
No.	cm mesh/inch		micron	micron	%	micron	g/m2
JPP5	5	12	500	1500	56	850	271
JPP6	6	16	400	1267	58	780	208
JPP7	7	18	350	1079	57	675	186
JPP8	8	20	350	900	52	685	212
JPP9	9	24	250	860	60	455	145
JPP10	10	25	300	700	49	576	195
JPP12	12	30	250	583	49	470	162
JPP12	12	35	300	533	41	585	234
JPP14	14	40	300	414	34	595	273
JPP16	16	40	200	425	46	370	139
JPP16	16	50	250	375	36	485	217
JPP20	20	50	150	350	49	375	98
JPP20	20	50	200	300	36	385	173
JPP24	24	60	150	267	41	285	117
JPP28	28	70	120	237	44	215	87
JPP30	30	76	120	213	41	225	94
JPP32	32	80	100	213	46	165	69
JPP36	36	90	100	178	41	178	78
JPP40	40	100	100	150	36	190	87
JPP43	43	110	80	152	43	135	60
JPP48	48	120	80	130	38	145	62
JPP56	56	140	60	120	44	85	44
JPP59	59	150	60	110	42	98	46
JPP64	64	160	60	100	37	105	50
JPP72	72	180	50	90	41	82	39
JPP80	80	200	50	75	36	90	43
JPP100	100	250	40	60	36	65	35
JPP120	120	305	40	43	25	70	29
JPP130	130	330	40	37	23	75	31
JPP140	140	355	30	38	33.7	60	33
JPP150	150	381	30	34	30.25	52	26
JPP165	165	420	30	28	20.7	51	29
JPP180	180	460	30	25	19.5	58	31
JPP200	200	510	30	16	10.2	58	35

The data are compiled to the best of our knowledge. Subject to change without notice. Current data available on you 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
Mesh Opening =25400÷Mesh Count(per inch)−Wire Diameter
Mesh Opening =10000÷Mesh Count(per cm)−Wire Diameter
Open Area: The ratio (%) of the open area to the thread area within a woven mesh
Open Area %=(Opening Size)²÷(Opening Size+Wire Diameter)²×100

Plastic material selection

Material property is an important know-how to injection molding. It is highly related with molding quality, finish and cost. Our team devote this knowledge and experience to the molding products of our customers. From various thermoplastic (PA, PP, PC, POM, PET, ABS and Peek) to thermosetting (PE, Epoxy and Silicon) even combined plastic materials (such as glass fiber), we put material property as a must-evaluation when design tooling, so we would also help to suggest equivalent materials for quality improvement or cost reduction. 

Artificial or Synthetic Fiber Chemical Resistance Comparison
Fiber Type	Continuous Working Temp.	Max. Working Temp.	Filtration Characteristic	Abrasion Resistance	Hydrolysis Resistance	Acid Resistance	Alkalis Resistance	Oxidation Resistance
PVC	75ºC	80ºC	Good	Excellent	Excellent	Excellent	Excellent	Good
PP	90ºC	100ºC	Good	Good	Excellent	Excellent	Excellent	Poor
PA	110ºC	115ºC	Moderate	Excellent	Poort	Moderate	Good	Moderate
PAN Copolymer	120ºC`	130ºC	Good	Good	Good	Moderate	Moderate	Good
PET	135ºC	150ºC	Excellent	Excellent	Poor	Moderate	Poor	Good
m-Aramide	180ºC	220ºC	Excellent	Excellent	Moderate	Moderate	Moderate	Good
PPS	190ºC	200ºC	Excellent	Good	Excellent	Excellent	Excellent	Moderate
Polyimide	240ºC	280ºC	Excellent	Moderate	Good	Good	Moderate	Excellent
Polyertrafluoroethylene	250ºC	280ºC	Moderate	Good	Excellent	Excellent	Excellent	Excellent
Fiberglass	250ºC	280ºC	Moderate	Moderate	Excellent	Poort	Moderate	Excellent

Product Gallery

SHARE has the ability to engineer woven mesh fabrics into finished or partly finished products by insert molding or over molding. With its industrial lines and long-standing experience, we provide fabrics cut to size, lot-to-lot consistency and high quality custom fabricated components, in almost any requested shapes.

SHARE application speciallists with decades of years experiences will help you select the best filter for your application.

FAQ

1. Who are we?
Taizhou Share Filters Co., Ltd is a China-based factory established in 1983.
We specialize in filter media with rating from 3um to 2500um (woven filters), converting meshes filters into various sizes and shapes, and molding mesh with plastic to create different types of plastic filters.

2. How long does a quotation take?
In most cases, we respond within one working day. If something in RFQ need be confirmed, we will promptly notify you soon.

3. How quickly can I get my order finished?
The production lead time is dependent on the quantity. Typically, it takes 5 to 15 working days for us to complete mass production once you have placed the order.

4. What about your quality control?
Our production operators conduct self-inspections at every stage of the process. Additionally, we have spot inspections and final inspections carried out by our Quality Control (QC) team.

5. What kind of payment terms do you accept?
T/T and LC and more.

6. What's your largest advantage?
One of our core competencies is the production of high precision injection molded plastic filters with professional technical team and quality guarantee and management for more than 30 years.

7. Can plastic molded filter specifications be customized?
Absolutely, at SHARE, the materials, dimensions, shape, construction method, mesh size, and applications of the filters are all fully customizable to meet your specific requirements.

8. Do you need drawings for production?
If you have drawing (2D, 3D both available. 2D like PDF, CAD, JPG etc. 3D like STP, IGS, STL, SAT, PRT, IPT etc.) it'll be helpful for us to proceed with the production.
However, if you don't have any drawing, don't worry. SHARE can work with you to create a drawing based on a description or image of the filters you have in mind. We can get started without any drawings initially.

9. How do I know my design will be kept confidential?
At SHARE, we take confidentiality seriously. We are willing to sign and adhere to any non-disclosure or confidentiality agreement with our customers. Moreover, we have strict confidentiality policies within our factory, ensuring that no proprietary information is ever disclosed to any third party.

10. What are the common weaving types for plastic molded filters?
The most common weaving type is plain weave mesh, but we also utilize other options like twill weave mesh. Plain weave mesh is popular and affordable.

11. What situations can be anticipated in which plastic molded filters should be selected?
Plastic molding is better for mounting in the case of sandwiching. This is because it can be made without gaps in the shape of the mounting partner.
Plastic molding is preferable for mounting purposes, especially when sandwiching is required. This method allows us to create filters without any gaps to perfectly fit the mounting partner's shape.