Nylon Syringe Filter manufacturer and supplier in India, Hyderabad, Kolkata, Chennai, Mumbai, Bengaluru, Surat, Ahmedabad, Pune, Jaipur , Kanpur, Lucknow, Agra, Nagpur, Indore, Patna, Raipur, Faridabad, Ludhiana, Bhopal, Nashik, Coimbatore, Ranchi, Vadodara, Aurangabad, Kochi, Varanasi, Maharashtra, Gujarat, Telangana, Uttar pradesh

Filter

Nylon Syringe Filter, 13 mm, 0.22 µm

Nylon – Syringe Filter

BSB Nylon Syringe Filters are designed for reliable filtration of aqueous and organic laboratory samples where strong mechanical stability and broad solvent compatibility are required.... Read More

The BSB Nylon filter model incorporates a hydrophilic Nylon membrane housed within a chemically resistant polypropylene casing. This configuration enables consistent flow performance, effective particulate removal, and dependable filtration results for routine analytical sample preparation.

With 13 mm / 25 mm diameter options and 0.22 µm / 0.45 µm pore sizes, these syringe filters are suitable for small to medium volume laboratory filtration prior to chromatographic analysis, including HPLC, UHPLC, and LC-MS workflows where particulate contamination must be minimized.

Nylon Membrane Characteristics

Nylon membranes are hydrophilic filtration materials known for their durability and chemical resistance.

The septum is a high-performance PTFE/Silicone composite, designed to balance chemical resistance with mechanical resilience:

Key material features include:

Naturally hydrophilic surface suitable for direct filtration of aqueous samples
High mechanical strength and resistance to tearing during syringe filtration
Compatibility with many aqueous and organic solvent systems and good resistance to alcohols, esters, and hydrocarbons

Filtration Performance

Pore Size	Filtration Purpose
0.22 µm	Removal of very fine particles and most bacteria
0.45 µm	Clarification of analytical samples before injection

Diameter and Filtration Capacity

Filter Diameter	Approximate Hold-up Volume
13 mm	20–30 µL
25 mm	100–250 µL

A larger membrane diameter provides greater filtration surface area, which may result in:

Higher flow rates
Reduced clogging when filtering particulate-containing samples
More efficient filtration of larger sample volumes

Polypropylene Housing

The Nylon membrane is supported by a polypropylene filter housing, a material commonly used in analytical filtration devices because of its:

Chemical compatibility with many solvents and buffers
Structural stability under moderate filtration pressure
Low extractable profile during filtration

Product Details/Specifications –

Part No.	BSBN1322
Make	BSB
Product Type	Syringe Filter
Membrane Material	Nylon
Wettability	Hydrophilic
Housing Material	Polypropylene
Hold-Up Volume (µl)	25µl
Diameter	13 mm
Pore size (µm)	0.2 µm
Pack Size	100 Nos Each

Nylon Syringe Filter, 13 mm, 0.45 µm

Nylon – Syringe Filter

BSB Nylon Syringe Filters are designed for reliable filtration of aqueous and organic laboratory samples where strong mechanical stability and broad solvent compatibility are required.... Read More

Nylon Membrane Characteristics

Nylon membranes are hydrophilic filtration materials known for their durability and chemical resistance.

The septum is a high-performance PTFE/Silicone composite, designed to balance chemical resistance with mechanical resilience:

Key material features include:

Naturally hydrophilic surface suitable for direct filtration of aqueous samples
High mechanical strength and resistance to tearing during syringe filtration
Compatibility with many aqueous and organic solvent systems and good resistance to alcohols, esters, and hydrocarbons

Filtration Performance

Pore Size	Filtration Purpose
0.22 µm	Removal of very fine particles and most bacteria
0.45 µm	Clarification of analytical samples before injection

Diameter and Filtration Capacity

Filter Diameter	Approximate Hold-up Volume
13 mm	20–30 µL
25 mm	100–250 µL

A larger membrane diameter provides greater filtration surface area, which may result in:

Higher flow rates
Reduced clogging when filtering particulate-containing samples
More efficient filtration of larger sample volumes

Polypropylene Housing

The Nylon membrane is supported by a polypropylene filter housing, a material commonly used in analytical filtration devices because of its:

Chemical compatibility with many solvents and buffers
Structural stability under moderate filtration pressure
Low extractable profile during filtration

Product Details/Specifications –

Part No.	BSBN1345
Make	BSB
Product Type	Syringe Filter
Membrane Material	Nylon
Wettability	Hydrophilic
Housing Material	Polypropylene
Hold-Up Volume (µl)	25µl
Diameter	13 mm
Pore size (µm)	0.45 µm
Pack Size	100 Nos Each

Nylon Syringe Filter, 25 mm, 0.22 µm

Nylon – Syringe Filter

BSB Nylon Syringe Filters are designed for reliable filtration of aqueous and organic laboratory samples where strong mechanical stability and broad solvent compatibility are required.... Read More

Nylon Membrane Characteristics

Nylon membranes are hydrophilic filtration materials known for their durability and chemical resistance.

The septum is a high-performance PTFE/Silicone composite, designed to balance chemical resistance with mechanical resilience:

Key material features include:

Naturally hydrophilic surface suitable for direct filtration of aqueous samples
High mechanical strength and resistance to tearing during syringe filtration
Compatibility with many aqueous and organic solvent systems and good resistance to alcohols, esters, and hydrocarbons

Filtration Performance

Pore Size	Filtration Purpose
0.22 µm	Removal of very fine particles and most bacteria
0.45 µm	Clarification of analytical samples before injection

Diameter and Filtration Capacity

Filter Diameter	Approximate Hold-up Volume
13 mm	20–30 µL
25 mm	100–250 µL

A larger membrane diameter provides greater filtration surface area, which may result in:

Higher flow rates
Reduced clogging when filtering particulate-containing samples
More efficient filtration of larger sample volumes

Polypropylene Housing

The Nylon membrane is supported by a polypropylene filter housing, a material commonly used in analytical filtration devices because of its:

Chemical compatibility with many solvents and buffers
Structural stability under moderate filtration pressure
Low extractable profile during filtration

Product Details/Specifications –

Part No.	BSBN2522
Make	BSB
Product Type	Syringe Filter
Membrane Material	Nylon
Wettability	Hydrophilic
Housing Material	Polypropylene
Hold-Up Volume (µl)	250µl
Diameter	25 mm
Pore size (µm)	0.2 µm
Pack Size	100 Nos Each

Nylon Syringe Filter, 25 mm, 0.45 µm

Nylon – Syringe Filter

BSB Nylon Syringe Filters are designed for reliable filtration of aqueous and organic laboratory samples where strong mechanical stability and broad solvent compatibility are required.... Read More

Nylon Membrane Characteristics

Nylon membranes are hydrophilic filtration materials known for their durability and chemical resistance.

The septum is a high-performance PTFE/Silicone composite, designed to balance chemical resistance with mechanical resilience:

Key material features include:

Naturally hydrophilic surface suitable for direct filtration of aqueous samples
High mechanical strength and resistance to tearing during syringe filtration
Compatibility with many aqueous and organic solvent systems and good resistance to alcohols, esters, and hydrocarbons

Filtration Performance

Pore Size	Filtration Purpose
0.22 µm	Removal of very fine particles and most bacteria
0.45 µm	Clarification of analytical samples before injection

Diameter and Filtration Capacity

Filter Diameter	Approximate Hold-up Volume
13 mm	20–30 µL
25 mm	100–250 µL

A larger membrane diameter provides greater filtration surface area, which may result in:

Higher flow rates
Reduced clogging when filtering particulate-containing samples
More efficient filtration of larger sample volumes

Polypropylene Housing

The Nylon membrane is supported by a polypropylene filter housing, a material commonly used in analytical filtration devices because of its:

Chemical compatibility with many solvents and buffers
Structural stability under moderate filtration pressure
Low extractable profile during filtration

Product Details/Specifications –

Part No.	BSBN2545
Make	BSB
Product Type	Syringe Filter
Membrane Material	Nylon
Wettability	Hydrophilic
Housing Material	Polypropylene
Hold-Up Volume (µl)	250µl
Diameter	25 mm
Pore size (µm)	0.45 µm
Pack Size	100 Nos Each

PTFE Syringe Filter, 13 mm, 0.22 µm, 100/pack

PTFE – Syringe Filter

BSB PTFE Syringe Filters are designed for high-purity filtration of aggressive chemicals, organic solvents, and gas samples where excellent chemical resistance and minimal extractables are required..... Read More

The BSB PTFE filter model incorporates a polytetrafluoroethylene (PTFE) membrane enclosed within a chemically inert polypropylene housing. This construction provides consistent flow performance, reliable particulate removal, and stable filtration behavior when working with chemically demanding solutions.

With 13 mm / 25 mm diameter options and 0.22 µm / 0.45 µm pore sizes, the filter is suitable for laboratory filtration prior to analytical procedures such as HPLC, UHPLC, and GC sample preparation, particularly when organic solvents or corrosive chemicals are involved.

PTFE Membrane Characteristics

Polytetrafluoroethylene (PTFE) is a highly inert fluoropolymer membrane widely used for filtration of chemically aggressive solutions and gases.

Key material features include:

Naturally hydrophobic membrane structure
Excellent chemical resistance to a wide range of organic solvents
High thermal and chemical stability

Filtration Performance

Pore Size	Filtration Purpose
0.22 µm	Removal of very fine particulate matter and most bacteria
0.45 µm	Rapid clarification of solvent samples prior to analytical testing

Diameter and Filtration Capacity

Filter Diameter	Approximate Hold-up Volume
13 mm	20–30 µL
25 mm	100–200 µL

Increasing membrane diameter increases filtration surface area, which generally provides:

Higher flow rate during filtration
Reduced risk of membrane clogging
More efficient filtration of larger sample volumes

Polypropylene Housing

The PTFE membrane is supported within a polypropylene filter housing, commonly used in laboratory filtration devices due to its:

Chemical compatibility with many solvents and buffers
Structural stability during syringe filtration
Low contribution of extractables or leachables

Aqueous Filtration Note

PTFE membranes are naturally hydrophobic, meaning water-based samples do not readily wet the membrane surface.

For filtration of aqueous solutions:

Pre-wetting with a compatible organic solvent (such as methanol or ethanol) may be required
Alternatively, hydrophilic membrane types such as PVDF or Nylon are typically preferred

Product Details/Specifications –

Part No.	BSBPTF1322
Make	BSB
Product Type	Syringe Filter
Membrane Material	PTFE
Wettability	Hydrophobic
Housing Material	Polypropylene
Hold-Up Volume (µl)	25µl
Diameter	13 mm
Pore size (µm)	0.22 µm
Pack Size	100 Nos Each

PTFE Syringe Filter, 13 mm, 0.45 µm

PTFE – Syringe Filter

PTFE Membrane Characteristics

Polytetrafluoroethylene (PTFE) is a highly inert fluoropolymer membrane widely used for filtration of chemically aggressive solutions and gases.

Key material features include:

Naturally hydrophobic membrane structure
Excellent chemical resistance to a wide range of organic solvents
High thermal and chemical stability

Filtration Performance

Pore Size	Filtration Purpose
0.22 µm	Removal of very fine particulate matter and most bacteria
0.45 µm	Rapid clarification of solvent samples prior to analytical testing

Diameter and Filtration Capacity

Filter Diameter	Approximate Hold-up Volume
13 mm	20–30 µL
25 mm	100–200 µL

Increasing membrane diameter increases filtration surface area, which generally provides:

Higher flow rate during filtration
Reduced risk of membrane clogging
More efficient filtration of larger sample volumes

Polypropylene Housing

The PTFE membrane is supported within a polypropylene filter housing, commonly used in laboratory filtration devices due to its:

Chemical compatibility with many solvents and buffers
Structural stability during syringe filtration
Low contribution of extractables or leachables

Aqueous Filtration Note

PTFE membranes are naturally hydrophobic, meaning water-based samples do not readily wet the membrane surface.

For filtration of aqueous solutions:

Pre-wetting with a compatible organic solvent (such as methanol or ethanol) may be required
Alternatively, hydrophilic membrane types such as PVDF or Nylon are typically preferred

Product Details/Specifications –

Part No.	BSBPTF1345
Make	BSB
Product Type	Syringe Filter
Membrane Material	PTFE
Wettability	Hydrophobic
Housing Material	Polypropylene
Hold-Up Volume (µl)	25µl
Diameter	13 mm
Pore size (µm)	0.45 µm
Pack Size	100 Nos Each

PTFE Syringe Filter, 25 mm, 0.22 µm, 100/pack

PTFE – Syringe Filter

PTFE Membrane Characteristics

Polytetrafluoroethylene (PTFE) is a highly inert fluoropolymer membrane widely used for filtration of chemically aggressive solutions and gases.

Key material features include:

Naturally hydrophobic membrane structure
Excellent chemical resistance to a wide range of organic solvents
High thermal and chemical stability

Filtration Performance

Pore Size	Filtration Purpose
0.22 µm	Removal of very fine particulate matter and most bacteria
0.45 µm	Rapid clarification of solvent samples prior to analytical testing

Diameter and Filtration Capacity

Filter Diameter	Approximate Hold-up Volume
13 mm	20–30 µL
25 mm	100–200 µL

Increasing membrane diameter increases filtration surface area, which generally provides:

Higher flow rate during filtration
Reduced risk of membrane clogging
More efficient filtration of larger sample volumes

Polypropylene Housing

The PTFE membrane is supported within a polypropylene filter housing, commonly used in laboratory filtration devices due to its:

Chemical compatibility with many solvents and buffers
Structural stability during syringe filtration
Low contribution of extractables or leachables

Aqueous Filtration Note

PTFE membranes are naturally hydrophobic, meaning water-based samples do not readily wet the membrane surface.

For filtration of aqueous solutions:

Pre-wetting with a compatible organic solvent (such as methanol or ethanol) may be required
Alternatively, hydrophilic membrane types such as PVDF or Nylon are typically preferred

Product Details/Specifications –

Part No.	BSBPTF2522
Make	BSB
Product Type	Syringe Filter
Membrane Material	PTFE
Wettability	Hydrophobic
Housing Material	Polypropylene
Hold-Up Volume (µl)	250µl
Diameter	25 mm
Pore size (µm)	0.22 µm
Pack Size	100 Nos Each

PTFE Syringe Filter, 25 mm, 0.45 µm, 100/pack

PTFE – Syringe Filter

PTFE Membrane Characteristics

Polytetrafluoroethylene (PTFE) is a highly inert fluoropolymer membrane widely used for filtration of chemically aggressive solutions and gases.

Key material features include:

Naturally hydrophobic membrane structure
Excellent chemical resistance to a wide range of organic solvents
High thermal and chemical stability

Filtration Performance

Pore Size	Filtration Purpose
0.22 µm	Removal of very fine particulate matter and most bacteria
0.45 µm	Rapid clarification of solvent samples prior to analytical testing

Diameter and Filtration Capacity

Filter Diameter	Approximate Hold-up Volume
13 mm	20–30 µL
25 mm	100–200 µL

Increasing membrane diameter increases filtration surface area, which generally provides:

Higher flow rate during filtration
Reduced risk of membrane clogging
More efficient filtration of larger sample volumes

Polypropylene Housing

The PTFE membrane is supported within a polypropylene filter housing, commonly used in laboratory filtration devices due to its:

Chemical compatibility with many solvents and buffers
Structural stability during syringe filtration
Low contribution of extractables or leachables

Aqueous Filtration Note

PTFE membranes are naturally hydrophobic, meaning water-based samples do not readily wet the membrane surface.

For filtration of aqueous solutions:

Pre-wetting with a compatible organic solvent (such as methanol or ethanol) may be required
Alternatively, hydrophilic membrane types such as PVDF or Nylon are typically preferred

Product Details/Specifications –

Part No.	BSBPTF2545
Make	BSB
Product Type	Syringe Filter
Membrane Material	PTFE
Wettability	Hydrophobic
Housing Material	Polypropylene
Hold-Up Volume (µl)	250µl
Diameter	25 mm
Pore size (µm)	0.45 µm
Pack Size	100 Nos Each

PVDF Syringe Filter, 13mm, 0.22 µm

PVDF – Syringe Filter

BSB PVDF Syringe Filters are intended for reliable filtration of aqueous and biological samples where low protein adsorption and minimal extractables are important....... Read More

The BSB Filters model incorporates a hydrophilic polyvinylidene fluoride (PVDF) membrane assembled within a chemically resistant polypropylene housing. This configuration supports smooth flow characteristics, efficient particulate removal, and high recovery of sensitive analytes.

With a 13/25 mm diameter and 0.22/0.45 µm pore size, the filter is suitable for small-volume laboratory filtration prior to chromatographic analysis, including HPLC, UHPLC, and LC-MS applications where sample cleanliness directly affects analytical accuracy.

PVDF Membrane Characteristics

Polyvinylidene fluoride is a fluoropolymer membrane material known for its chemical stability and compatibility with a wide range of aqueous laboratory solutions.

Key material features include:

Hydrophilic surface suitable for direct filtration of water-based samples
Low affinity for proteins and biomolecules
Good mechanical strength during syringe filtration

Filtration Performance

Pore Size	Filtration Purpose
0.22 µm	Removal of fine particles and most bacteria from aqueous samples
0.45 µm	Clarification of analytical samples prior to chromatographic injection

Diameter and Filtration Capacity

Filter Diameter	Approximate Hold-up Volume
13 mm	15–25 µL
25 mm	100–250 µL

Increasing the membrane diameter provides a larger filtration area, which generally results in:

Improved flow rate
Lower risk of clogging when particulates are present
More efficient filtration of larger sample volumes

Polypropylene Housing

The membrane is supported by a polypropylene filter housing designed for laboratory use. Polypropylene is commonly used in analytical filtration devices because of its:

Chemical inertness with many solvents and buffers
Structural strength under moderate pressure

Product Details/Specifications –

Part No.	BSBPV1322
Make	BSB
Product Type	Syringe Filter
Membrane Material	PVDF
Wettability	Hydrophilic
Housing Material	Polypropylene
Hold-Up Volume (µl)	25µl
Diameter	13 mm
Pore size (µm)	0.22 µm
Pack Size	100 Nos Each

PVDF Syringe Filter, 13mm, 0.45 µm, 100/pack

PVDF – Syringe Filter

BSB PVDF Syringe Filters are intended for reliable filtration of aqueous and biological samples where low protein adsorption and minimal extractables are important....... Read More

PVDF Membrane Characteristics

Polyvinylidene fluoride is a fluoropolymer membrane material known for its chemical stability and compatibility with a wide range of aqueous laboratory solutions.

Key material features include:

Hydrophilic surface suitable for direct filtration of water-based samples
Low affinity for proteins and biomolecules
Good mechanical strength during syringe filtration

Filtration Performance

Pore Size	Filtration Purpose
0.22 µm	Removal of fine particles and most bacteria from aqueous samples
0.45 µm	Clarification of analytical samples prior to chromatographic injection

Diameter and Filtration Capacity

Filter Diameter	Approximate Hold-up Volume
13 mm	15–25 µL
25 mm	100–250 µL

Increasing the membrane diameter provides a larger filtration area, which generally results in:

Improved flow rate
Lower risk of clogging when particulates are present
More efficient filtration of larger sample volumes

Polypropylene Housing

The membrane is supported by a polypropylene filter housing designed for laboratory use. Polypropylene is commonly used in analytical filtration devices because of its:

Chemical inertness with many solvents and buffers
Structural strength under moderate pressure

Product Details/Specifications –

Part No.	BSBPV1345
Make	BSB
Product Type	Syringe Filter
Membrane Material	PVDF
Wettability	Hydrophilic
Housing Material	Polypropylene
Hold-Up Volume (µl)	25µl
Diameter	13 mm
Pore size (µm)	0.45 µm
Pack Size	100 Nos Each

PVDF Syringe Filter, 25mm, 0.22 µm, 100/pack

PVDF – Syringe Filter

BSB PVDF Syringe Filters are intended for reliable filtration of aqueous and biological samples where low protein adsorption and minimal extractables are important....... Read More

PVDF Membrane Characteristics

Polyvinylidene fluoride is a fluoropolymer membrane material known for its chemical stability and compatibility with a wide range of aqueous laboratory solutions.

Key material features include:

Hydrophilic surface suitable for direct filtration of water-based samples
Low affinity for proteins and biomolecules
Good mechanical strength during syringe filtration

Filtration Performance

Pore Size	Filtration Purpose
0.22 µm	Removal of fine particles and most bacteria from aqueous samples
0.45 µm	Clarification of analytical samples prior to chromatographic injection

Diameter and Filtration Capacity

Filter Diameter	Approximate Hold-up Volume
13 mm	15–25 µL
25 mm	100–250 µL

Increasing the membrane diameter provides a larger filtration area, which generally results in:

Improved flow rate
Lower risk of clogging when particulates are present
More efficient filtration of larger sample volumes

Polypropylene Housing

The membrane is supported by a polypropylene filter housing designed for laboratory use. Polypropylene is commonly used in analytical filtration devices because of its:

Chemical inertness with many solvents and buffers
Structural strength under moderate pressure

Product Details/Specifications –

Part No.	BSBPV2522
Make	BSB
Product Type	Syringe Filter
Membrane Material	PVDF
Wettability	Hydrophilic
Housing Material	Polypropylene
Hold-Up Volume (µl)	<25 µl
Diameter	25 mm
Pore size (µm)	0.22 µm
Pack Size	100 Nos Each

PVDF Syringe Filter, 25mm, 0.45 µm, 100/pack

PVDF – Syringe Filter

BSB PVDF Syringe Filters are intended for reliable filtration of aqueous and biological samples where low protein adsorption and minimal extractables are important....... Read More

PVDF Membrane Characteristics

Polyvinylidene fluoride is a fluoropolymer membrane material known for its chemical stability and compatibility with a wide range of aqueous laboratory solutions.

Key material features include:

Hydrophilic surface suitable for direct filtration of water-based samples
Low affinity for proteins and biomolecules
Good mechanical strength during syringe filtration

Filtration Performance

Pore Size	Filtration Purpose
0.22 µm	Removal of fine particles and most bacteria from aqueous samples
0.45 µm	Clarification of analytical samples prior to chromatographic injection

Diameter and Filtration Capacity

Filter Diameter	Approximate Hold-up Volume
13 mm	15–25 µL
25 mm	100–250 µL

Increasing the membrane diameter provides a larger filtration area, which generally results in:

Improved flow rate
Lower risk of clogging when particulates are present
More efficient filtration of larger sample volumes

Polypropylene Housing

The membrane is supported by a polypropylene filter housing designed for laboratory use. Polypropylene is commonly used in analytical filtration devices because of its:

Chemical inertness with many solvents and buffers
Structural strength under moderate pressure

Product Details/Specifications –

Part No.	BSBPV2545
Make	BSB
Product Type	Syringe Filter
Membrane Material	PVDF
Wettability	Hydrophilic
Housing Material	Polypropylene
Hold-Up Volume (µl)	<250 µl
Diameter	25 mm
Pore size (µm)	0.45 µm
Pack Size	100 Nos Each