描述
Xylan 1014 is a solvent-based, resin-bonded, thermosetting PTFE dry film lubricant coating from Whitford Corporation (now PPG). As an authorized distributor and trader, we supply genuine materials with full traceability and direct access to official technical documentation.
Compared to Xylan 1010, Xylan 1014 contains significantly more bonding resin relative to its PTFE lubricant content. This unique formulation produces a finish that is harder, more abrasion-resistant, glossier, and less porous. Frictional values remain low and highly predictable.
This coating is designed for applications requiring superior wear resistance combined with low friction and high-temperature stability. Xylan 1014 performs reliably in extreme temperature environments, making it suitable for a wide range of industrial applications including fasteners, valve stems, actuator components, hinge pins, compressors, and piston casings.
The PTFE-based formulation provides ultra-low friction, while the high-bonding-resin binder system ensures a harder, more durable surface under mechanical stress. Xylan 1014 is widely trusted across automotive, oil & gas, aerospace, and general industrial applications.
Key Features of Xylan 1014
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Harder Finish – Higher bonding resin content produces a harder, more durable coating surface compared to Xylan 1010
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Superior Abrasion Resistance – Enhanced wear resistance for surfaces subject to repeated contact and mechanical stress
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Low Coefficient of Friction – PTFE-based formulation provides low and predictable friction values for smooth operation
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High Temperature Resistance – Continuous service up to 260°C (500°F); intermittent up to 285°C (545°F)
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Low Porosity – Denser coating structure reduces porosity, providing better barrier protection
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Glossy Finish – Produces an aesthetically pleasing, glossy surface finish
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Good Corrosion Protection – Protects metal substrates from rust and corrosion in aggressive environments
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Solvent-Based Formulation – Provides excellent wetting, leveling, and adhesion to properly prepared metal substrates
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Wide Application Range – Suitable for fasteners, valve stems, actuators, hinge pins, compressors, and general industrial parts
Typical Applications for Xylan 1014
| Industry | Typical Components & Considerations |
|---|---|
| Fasteners | Bolts, nuts, screws – hard, abrasion-resistant finish for torque control and galling prevention |
| Valve Industry | Valve stems, actuator components – low friction with superior wear resistance |
| Automotive | Engine components, transmission parts – high temperature and wear resistance |
| Oil & Gas | Valves, pipe fittings, downhole tools – corrosion resistance in harsh environments |
| Aerospace | Fasteners and precision components – temperature stability and torque control |
| General Industrial | Hinge pins, compressors, piston casings, mating surfaces – friction reduction and extended service life |
Typical Properties
| Property | Typical Value | Test Method |
|---|---|---|
| Coefficient of Friction | Low and predictable | — |
| Maximum Service Temperature (Continuous) | 260°C (500°F) | — |
| Maximum Service Temperature (Intermittent) | 285°C (545°F) | — |
| Minimum Service Temperature | -195°C (-320°F) | — |
| Coating Thickness | 15 – 25 μm | — |
| Abrasion Resistance | Superior (harder than Xylan 1010) | — |
| Porosity | Low (less porous than Xylan 1010) | — |
| Finish | Glossy | — |
| Cure Temperature | Approx. 380°C | — |
Important Notes on Typical Data:
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Values listed are typical and sourced from manufacturer data sheets. They do not constitute binding product specification.
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Batch-to-batch deviations may exist. For critical applications, validate performance with batch-specific COA certificate.
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Final performance depends on substrate preparation, application method, and curing conditions.
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Manufacturer official TDS shall serve as definitive technical reference. Request the latest official TDS from our sales team.
Processing Guidelines
| Step | Process |
|---|---|
| Surface Preparation | Alkaline cleaning or acetone degreasing + grit-blast (Sa2.5 grade, Ra 3–6 μm) |
| Primer Application (Optional) | Apply Xylan® 1 or Xylan® 2 primer, dry film thickness 2.5–5 μm, cure at 380°C for 5–10 minutes |
| Topcoat Application | Apply Xylan 1014 by spray (conventional or HVLP) or dip coating |
| Curing | Cure at approximately 380°C for 15–20 minutes |
| Storage | Store in original, sealed containers in a cool, dry place away from direct sunlight |
Critical Processing Warnings:
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Surface Preparation: Proper surface preparation is critical for adhesion. Ensure surfaces are clean, dry, and properly roughened.
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Curing: Cure time depends on part mass and oven characteristics. Always verify with test pieces.
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Storage: Store in original, sealed containers in a cool, dry place away from direct sunlight. Shelf life: 18 months.
Related Products
- Explore Xylan Industrial Coatings – Browse all Xylan coating options
- About Our Company – Learn more about our supply capabilities and quality assurance
Technical Documents
| Document Type | Description & Source |
|---|---|
| Manufacturer Official TDS | Complete physical, thermal, and mechanical properties of Xylan 1014 |
| Manufacturer Official SDS | GHS-compliant chemical safety documentation |
| Distributor Authorization Certificate | Proof of our authorized-distributor qualification, available upon request |
| COA (Certificate of Analysis) | Batch-specific quality certification |
Request any document above by:
- Email: ruiqingchem@gmail.com
- Online form: Our contact page
We reply within one working business day. Please clearly state product (Xylan 1014) and document type you require.
FAQ
Q1: What is Xylan 1014?
A: Xylan 1014 is a solvent-based, resin-bonded thermosetting PTFE dry film coating from Whitford (PPG). Compared to Xylan 1010, it contains significantly more bonding resin, producing a finish that is harder, more abrasion-resistant, glossier, and less porous.
Q2: What is the difference between Xylan 1014 and Xylan 1010?
A: Xylan 1014 contains more bonding resin and less PTFE relative to Xylan 1010. This makes Xylan 1014 harder, more abrasion-resistant, glossier, and less porous. Xylan 1010 is preferred when maximum lubricity is required; Xylan 1014 is preferred when hardness and wear resistance are the primary requirements.
Q3: What is the maximum service temperature of Xylan 1014?
A: Xylan 1014 can withstand continuous service up to 260°C (500°F) and intermittent service up to 285°C (545°F). Minimum service temperature is -195°C (-320°F).
Q4: What is the coefficient of friction of Xylan 1014?
A: Xylan 1014 offers low and predictable friction values.
Q5: What is the curing temperature for Xylan 1014?
A: The substrate cure temperature is approximately 380°C.
Q6: What is the recommended coating thickness for Xylan 1014?
A: The recommended dry film thickness is 15–25 μm.
Q7: What is the lead time for orders?
A: Regular orders ship within 7-10 working days after payment confirmation. Large-volume orders can be negotiated separately.
CTA (Call to Action)
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To get a precise quotation and professional technical support, please share:
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Target application (fasteners, valves, automotive, etc.)
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Sample Policy:
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Samples are for laboratory validation tests only, not for production use.
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Buyer bears international sample-shipping freight.
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If bulk-product performance deviates from sample reference, manufacturer official TDS serves as the authoritative benchmark.
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