Industrial Pumps
Pump shaft sealing for rotary equipment handling oils, solvents and abrasive industrial fluids.
Industrial Phenolic Gland Packing
Phenolic Gland Packingfor Pumps, Valves & Oil-Resistant Industrial Service
Phenolic gland packing for industrial pumps, valves, mixers and other demanding sealing applications. Braided from resin-impregnated fiber with excellent abrasion resistance, oil and solvent resistance, and good mechanical strength for rotary shafts and reciprocating rods.
Phenolic Resin Construction
Oil & Solvent Resistance
ISO 9001 & RoHS
OEM & Bulk Orders
Phenolic Gland Packing
Oil-Resistant Compression Packing
OEM
Custom Supply
Our Phenolic Gland Packing
Phenolic Gland Packing Products
Explore phenolic gland packing for industrial pumps, valves, mixers and other applications requiring oil and solvent resistance, abrasion resistance and reliable sealing performance in rotary and reciprocating service.
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Kynol Fiber Gland Packing
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Phenolic fiber impregnated with PTFE braided gland packing for pump
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Phenolic Packing
Phenolic Gland Packing for Pumps and Valves
Phenolic Gland Packing Supplier
Phenolic Packing for Oil-Resistant Industrial Sealing
Phenolic gland packing is a braided compression packing manufactured from fibers impregnated with phenolic resin. It is selected for industrial sealing applications where excellent abrasion resistance, oil and solvent resistance, and good mechanical strength are important requirements.
Phenolic resin impregnation provides a hard-wearing, durable packing surface that withstands contact with oils, solvents and many industrial fluids. Depending on the base fiber and construction, phenolic packing can be used in selected rotary shaft and reciprocating rod applications.
We supply phenolic gland packing for overseas distributors, industrial buyers, maintenance companies and OEM customers, with different cross sections, constructions, impregnation options and packaging forms available according to specification.
Excellent Abrasion Resistance
Phenolic resin impregnation provides a hard-wearing surface suitable for abrasive service conditions.
Oil & Solvent Resistance
Phenolic packing resists degradation from oils, solvents and many hydrocarbon-based fluids.
Good Mechanical Strength
The resin-impregnated fiber construction offers good mechanical strength and dimensional stability.
B2B Industrial Supply
Suitable for distributors, maintenance companies, OEM customers and bulk purchasing.
Material Advantages
Why Choose Phenolic Gland Packing?
Phenolic packing combines excellent abrasion resistance, oil and solvent resistance and good mechanical strength for demanding rotary and reciprocating sealing applications.
01
Excellent Abrasion Resistance
The hard phenolic resin-impregnated surface provides superior wear resistance, making it suitable for applications involving abrasive media or high mechanical stress.
02
Oil & Solvent Resistance
Phenolic resin resists degradation from most oils, solvents and hydrocarbon-based fluids, maintaining sealing integrity in these services.
03
Good Mechanical Strength
The resin-impregnated fiber construction provides good mechanical strength and dimensional stability under compression.
04
PTFE-Lubricated Options
Phenolic packing constructions may include PTFE lubrication to reduce friction and improve sealing characteristics, depending on the selected product design.
05
Multiple Dimensions
Phenolic gland packing can be supplied in different square cross sections, including metric sizes and customized dimensions subject to specification.
06
B2B Industrial Supply
Suitable for industrial distributors, OEM customers, maintenance companies and bulk purchasing programs.
Technical Specifications
Phenolic Gland Packing Specifications
Technical performance depends on the base fiber, phenolic resin grade, braid construction, impregnation, lubricant and actual operating conditions. The values below are reference information and should be confirmed for the selected packing construction before ordering.
| Product | Phenolic Gland Packing |
|---|---|
| Material | Phenolic resin-impregnated fiber (cotton, aramid or other fiber base); exact fiber and resin grade depend on product specification |
| Construction | Braided fiber construction with phenolic resin impregnation; PTFE lubrication or other treatments depend on product specification |
| Color | Yellow to brown |
| Cross Section | 3–40 mm; custom dimensions available subject to specification |
| Application | Rotary shafts, reciprocating rods, pumps, valves and selected industrial equipment requiring oil-resistant and abrasion-resistant sealing |
| Temperature | Approximately -50°C to +130°C for typical phenolic packing constructions; actual allowable temperature depends on base fiber, resin, impregnation and service conditions. Some constructions may reach +150°C with appropriate fiber selection |
| Pressure | Construction-dependent; typical designs are rated for pump service up to approximately 2 MPa and valve service up to approximately 5 MPa. Confirm the rated pressure for the selected packing and application |
| Shaft Speed | Application-dependent; allowable shaft speed depends on pressure, temperature, equipment design, lubrication and packing construction. Typical rotary applications can operate up to approximately 10 m/s depending on conditions |
| pH Range | Approximately 4–10 for typical phenolic packing constructions; verify chemical compatibility with the actual medium, concentration and temperature |
| Chemical Resistance | Good resistance to oils, solvents, hydrocarbons and many neutral aqueous media; limited resistance to strong acids and strong alkalis. Compatibility should be verified for the actual fluid, concentration, temperature and complete packing construction |
| Abrasion Resistance | Excellent; phenolic resin impregnation provides a hard-wearing surface suitable for abrasive service conditions |
| Supply Form | Coil, spool, cut length, pre-cut rings or customized packaging subject to specification |
| Compliance | ISO 9001 quality management and RoHS compliance documentation available where applicable; confirm documentation requirements before ordering |
Packing Dimensions
Phenolic Gland Packing Size Chart
Phenolic gland packing is supplied in different square cross sections for pumps, valves and industrial equipment. The following sizes are representative metric dimensions commonly used for gland packing. Custom metric and inch sizes can be discussed according to equipment and stuffing box requirements.
| Packing Size | Cross Section | Typical Application | Supply Form |
|---|---|---|---|
| 3 × 3 mm | 3 mm | Small valves and light-duty industrial equipment | Coil / Spool |
| 4 × 4 mm | 4 mm | Small valve stems and general equipment | Coil / Spool |
| 5 × 5 mm | 5 mm | Small and medium valves / pumps | Coil / Spool |
| 6 × 6 mm | 6 mm | Pumps, valves and rotating equipment | Coil / Spool |
| 8 × 8 mm | 8 mm | Industrial pumps, valves and process equipment | Coil / Spool |
| 10 × 10 mm | 10 mm | Pumps, mixers and general process equipment | Coil / Spool |
| 12 × 12 mm | 12 mm | Industrial pumps and process equipment | Coil / Spool |
| 14 × 14 mm | 14 mm | Large pumps, valves and industrial machinery | Coil / Spool |
| 16 × 16 mm | 16 mm | Heavy-duty industrial equipment | Coil / Spool |
| 20 × 20 mm | 20 mm | Heavy-duty pumps and abrasive service equipment | Coil / Spool |
* Reference metric cross sections are shown for procurement guidance. Available sizes depend on the selected phenolic packing construction. The product range covers approximately 3–40 mm, with custom metric and inch dimensions available subject to specification.
Industrial Applications
Phenolic Gland Packing Applications
Phenolic gland packing can be selected for demanding industrial sealing applications according to equipment, medium, temperature, pressure and operating conditions, particularly where oil and solvent resistance and abrasion resistance are critical.
Industrial Valves
Valve stem sealing for industrial valve systems where oil resistance and mechanical strength are important.
Oil & Solvent Service
Selected industrial sealing applications involving oils, solvents, hydrocarbons and similar fluids.
Mixers & Agitators
Packing for selected rotating process equipment, mixers and agitators requiring abrasion-resistant fiber construction.
Chemical Process Equipment
Selected process equipment applications where resistance to oils, solvents and weak acids or alkalis is required.
Industrial Maintenance
Replacement packing for maintenance, repair and servicing of industrial pumps, valves and equipment in demanding service conditions.
Selection Guide
How to Choose Phenolic Gland Packing
The correct phenolic packing should be selected according to equipment, sealing medium, temperature, pressure, shaft speed and actual operating conditions, with particular attention to oil and solvent resistance requirements.
01
Equipment Type
Tell us whether the packing is required for a pump, valve, mixer or other industrial equipment.
02
Sealing Medium
Provide the fluid, chemical composition, concentration and whether oils, solvents or abrasive particles are present so compatibility can be evaluated.
03
Operating Conditions
Temperature, pressure, shaft speed and operating frequency affect the selection of phenolic gland packing.
04
Packing Dimensions
Provide the packing cross section or stuffing box dimensions for accurate product matching.
Manufacturing
Controlled Production for Consistent Quality
Consistent fiber construction, resin impregnation, braid density, dimensions and lubrication are important for reliable phenolic compression packing.
PROCESS / 01
Fiber & Resin Preparation
Base fiber materials and phenolic resin are prepared according to the required packing construction and product specification.
PROCESS / 02
Braiding & Impregnation
Controlled braiding forms the required cross section, and phenolic resin impregnation provides the hard-wearing surface characteristics of the packing.
PROCESS / 03
Lubrication & Inspection
Depending on the product construction, PTFE or other lubricants may be applied before the finished packing is checked for dimensions and appearance.
PROCESS / 04
Packing & Shipment
Products can be supplied in coils, spools, cut lengths, pre-formed rings or customized export packaging.
Why Choose hongwo
A B2B Supplier for Industrial Sealing Materials
We focus on supplying industrial sealing materials to overseas distributors, equipment manufacturers, maintenance companies and industrial buyers.
Industrial Product Focus
Focused on sealing materials and industrial
products for B2B applications.
ISO 9001 & RoHS
Quality management and RoHS compliance
documentation available where applicable.
OEM & Custom Supply
Support for customized specifications,
dimensions and packaging.
Application-Based Support
Provide your equipment, medium and operating
conditions so we can help identify a suitable
phenolic packing specification.
Request a Quote
Tell Us Your Phenolic Packing Requirements
The more technical information you provide, the more accurately we can recommend the appropriate phenolic gland packing and prepare a quotation.
You can also send a product drawing, existing packing specification or equipment information after our sales team contacts you.
FAQ
Frequently Asked Questions About Phenolic Gland Packing
What is phenolic gland packing?
Phenolic gland packing is a braided compression packing
made from fibers impregnated with phenolic resin. It is
used for selected industrial pumps, valves, mixers and
other equipment where oil and solvent resistance,
abrasion resistance and mechanical strength are critical.
What is phenolic packing used for?
Phenolic packing is used for selected industrial sealing
applications requiring excellent abrasion resistance,
oil and solvent resistance, and good mechanical strength,
particularly in rotary shaft and reciprocating rod
services.
Can phenolic packing be used for pumps and valves?
Yes. Phenolic gland packing can be used for suitable
pump shaft and valve stem sealing applications. The
correct construction should be selected according to
equipment, medium, temperature, pressure and shaft speed.
What is the temperature range of phenolic gland packing?
Suitable phenolic packing constructions can be used at
temperatures from approximately -50°C to +130°C, with
some constructions capable of reaching +150°C depending
on the base fiber and resin system. The actual allowable
temperature depends on the complete packing construction
and service conditions.
Is phenolic packing oil and solvent resistant?
Yes. Phenolic resin provides good resistance to most oils,
solvents and hydrocarbon-based fluids, making phenolic
packing a common choice for applications involving these
media.
Is phenolic packing chemically resistant?
Phenolic packing has good resistance to oils, solvents,
hydrocarbons and many neutral aqueous media. However,
resistance to strong acids and strong alkalis is limited.
The chemical resistance of a complete gland packing also
depends on the base fiber, resin impregnation, lubricant
and actual operating conditions. Compatibility should be
verified before selection.
Is phenolic packing available with PTFE lubrication?
Yes. Phenolic packing constructions with PTFE lubrication
are available. The exact construction should be selected
according to the required sealing medium, temperature,
pressure and equipment.
What sizes of phenolic gland packing are available?
Phenolic gland packing is available in different square
cross sections. The referenced product range covers
approximately 3 mm to 40 mm, with custom metric and inch
dimensions available subject to specification.
Is phenolic packing RoHS compliant?
RoHS compliance can be provided for applicable product
constructions and documentation requirements. Please
confirm the required RoHS documentation and product
specification when requesting a quotation.
What information do you need for a quotation?
Please provide the packing size, equipment type, sealing
medium, operating temperature, pressure, shaft speed
where applicable, required quantity and packaging
requirements.
Industrial Phenolic Gland Packing
Get a Phenolic Gland Packing Quote for Your Application
Tell us your equipment, packing size, sealing medium and operating conditions. Our team will review your requirements and provide a suitable product recommendation and quotation.
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