Innovative and Versatile Paint and Coating Products by Standard Technical Applied Resources, Inc.
Explore our impressive selection of innovative paint and coating products designed for demanding industrial applications. From inks, saturants, and lacquers to release agents, solvents, and dye solutions, Standard Technical Applied Resources, Inc. offers stock and custom-formulated options that support color coding, printing, product identification, surface treatment, and beyond.
Featured Products
STAR-CURE HSC Series Fiber Optic Inks
The STAR-CURE HSC Series is an UV-curable high-speed centroid ink for a wide range of applications.
Disclaimer
Standard Technical Applied Resources, Inc. makes no warranty, either expressed or implied, of the performance or suitability of its products for a specific purpose except those that may have been previously agreed upon in writing by the company.
CAS-108C Hi-Solids Hi-Temp RFU
This super hi-solids, hi-heat RFU is a newly developed water-reducible, water-based silicone coating with a service temperature range in excess of 542°C (1000°F). It is available in 10 standard colors and can be cleaned up using tap water. When diluted with tap water, it can also be used as a direct replacement for organic solvent high-temperature silicone resins and varnishes.
Benefits
- Super Hi-Solids Allow for Minimal Passes on Both Saturant and Lacquer Applications
- Possesses Harder Film
- Offers Excellent Anti-Fray Properties
- Water-Reducible
- Service Temperature of 1000°
- Non-HAP
- Non-SARA
- Complies with California Proposition 65
Application
See our diagram on saturant application for configuration of the pan setup. A general procedure would be as follows:
- 1–2 passes through a 30-foot RAD round oven (1000°F) at 50 feet/min.
- Time and temperature to be adjusted for tack prevention, hardness, and amount of deposition desired.
Disclaimer
Standard Technical Applied Resources, Inc. makes no warranty, either expressed or implied, of the performance or suitability of its products for a specific purpose except those that may have been previously agreed upon in writing by the company.
Nylon Lacquer Hot Melt 1815
Nylon Lacquer 1815 is known for its excellent toughness and abrasion resistance. Our nylon lacquer coatings have good chemical resistance — with films of nylon showing superior cold bend characteristics — and relatively good heat resistance. They are primarily used on military aircraft wire over glass braid per MIL-W-5086, on silicone rubber motor lead wire, and as adhesives for glass under nylon extrusions. The 1815 is also an excellent lacquer for rayon and nylon braids.
Product Details
Brand No.: 1815
Solids: 25 +/- 2%
Weight per Gallon: 7.0 Lbs.
Specification Approval: MIL-W-5086
Application
Nylon Lacquer 1815 is supplied in gel form. That is why the product must be pre-melted at a temperature of 160°F before use. The lacquer is then applied at a temperature of 110°F ± 5°F in heated applicator pots, which should be indirectly heated with either hot water, oil, etc. Once heated, the lacquer may then be handled under normal procedure of application and drying.
Properties
Nylon Lacquer 1815 deposits exceptionally clear, tough, and abrasion- and chemical-resistant films. Unlike most nylon lacquers, there is no water present in the lacquer solvent. This absence of water ensures good retention of insulation resistance properties that would normally be impaired due to entrapped moisture. The lack of water in the solvent also speeds up drying time, improves application speed, and prevents corrosion of the lacquered equipment. Variations of the 1815 are available to meet customer requirements.
Disclaimer
Standard Technical Applied Resources, Inc. makes no warranty, either expressed or implied, of the performance or suitability of its products for a specific purpose except those that may have been previously agreed upon in writing by the company.
189-C10 Release Coating
The 189-C10 is a unique fluorinated ester used as a release coating under the insulation to effect stripping. It was developed to replace a similar product that contained a CFC carrier since CFCs are classified as ozone-depleting substances and are currently finding disfavor in the marketplace. The 189-C10 contains only water and can be thinned with tap water if desired. This release coating has excellent resistance to heat, making it an excellent product to use in the manufacturing of coil cords where Vydex was once used. It is also used during the baking cycle where heat is applied, and no blocking is wanted.
Other Areas of Usage
The 189-C10 has been used in the wire industry for the past several years. It has generated some very good usage other than stated in the description above. Some of these usages includes:
Processing
The 189-C10 Release Coating may be used for making coated or impregnated products. Conventional flow or dip techniques may be employed. The 189-C10 resin particles can be consolidated by heat into a coherent coating or left as particles to impregnate the finished product.
Disclaimer
Standard Technical Applied Resources, Inc. makes no warranty, either expressed or implied, of the performance or suitability of its products for a specific purpose except those that may have been previously agreed upon in writing by the company.
- Coating for Increased Print and Stripe Durability
- Coating for Easier Poly-Mold Removal
- Coating for Increased Strippability Between Insulation Surfaces
- Coating to Release Blocking of Twined Components.
Another area of use is in the automotive market, where the 189-C10 is applied over the IRS conductive coating.
Mica Substitute Release Coating
Mica Substitute is a liquid elastomeric water coating that forms a non-blocking film over the insulation. It replaces dry powders, such as mica and talc, that are dusted on surfaces to prevent blocking but are classified as dust nuisances that can cause accidents when spilled on the floor. Unlike in other competitive anti-blocking products where a soap solution causes blistering, our Mica Substitute will not behave in the same manner. It is a true film former that encapsulates the insulation and will prevent sticking inside the jacket, the CV line, or other areas of blocking concern.
Product Details
Application
Our Mica Substitute can be used on various insulations, including PVC-to-PVE, Hypalon, Crosslink, TPR, and CPE. It is also used as a bond separator between Hypalon and XLPE in the mold during the baking cycle.
Disclaimer
Standard Technical Applied Resources, Inc. makes no warranty, either expressed or implied, of the performance or suitability of its products for a specific purpose except those that may have been previously agreed upon in writing by the company.
Solids: 30%
Weight per Gallon: 8.5 Lbs.
Viscosity: 200-400 CPS
Clean Up: Use Tap Water Prior to Setup
Storage: Store between 40°F–90°F to Prevent Freezing
Shelf Life: Six Months in Unopened Containers
Processing
The Mica Substitute must form a film before reaching the take-up reel. Surface temperature should reach 212°F to initiate the cure process. On twisted constructions, it is suggested that the singles be protected with Mica Substitute prior to twisting.
Pump Recommendations
Use a soft impeller (flexible) pump available through McMaster-Carr. Add a bypass to ensure that it pumps at full pressure.
Mica Substitute and Talc Substitute
Our Mica Substitute is a liquid that is in full compliance with SARA, HAP, and California Rule 65 guidelines. It is also not classified by OSHA or any other agencies as a possible carcinogen. The creation of this innovative product reflects our commitment to being one of the leaders in the manufacturing of ecologically sound products for the wire and cable industry and maintaining a keen eye on worker safety.
Our Mica Substitute vs Talc
Disclaimer
Standard Technical Applied Resources, Inc. makes no warranty, either expressed or implied, of the performance or suitability of its products for a specific purpose except those that may have been previously agreed upon in writing by the company.
| Talc | Mica Substitute |
OSHA-Considered Hazardous | Yes | No |
STD 29 CFR 1910.1200 | Yes | No |
SARA: 311/312 Hazard Class
Immediate Health Hazard | Yes | No |
Compliance Cal. Prop. 65 | No | Yes |
Carcinogenicity Silica Content
IARC | Yes | No |
NTP | Yes | No |
Toxicological Inhalation Effects
Rat Inhalation | Yes | No |
11mg/cu. m.
Administered Intermittently
Over a Year Produces Toxic Effect | | |
Ventilation Requirements
Provide to Meet ELR | Yes | No |
Respiratory Protection
Compliance Required | Yes | No |
STD 29 CFR 1910.134 | | |
While these are compelling worker safety issues, the environmental sanitation benefits are also paramount. It is due to these negative aspects of talc and mica that inspired us to develop the Mica Substitute, not merely as an alternative but as a replacement.
Fire Stop XLFR Coating for Crosslinked Polyethylene and Neoprene
XLFR Crosslinked Polyethylene color coatings are formulated to provide the following characteristics when properly applied:
Application
Crosslinked Polyethylene coatings are rapid-drying paints applied by passing wire through an applicating pot or tank containing the coating. A proper film is deposited by removing the excess paint with a rubber pot nipple. The coating is supplied at high solids and viscosity designed to provide maximum coverage and hiding at good application speed.
Hiding power is dependent on the substrate color. When processing over black insulation, it will be necessary to apply two coats, particularly when using colors such as white or yellow. When applying a double coat, the coating may be thinned. Thinning should be done with our T-191 thinner, which is a flash-drying solvent mixture known to promote adhesion when in contact with hot polyethylene.
It is strongly recommended that wire insulation be hot when the coating is applied. This enhances rapid drying, coating, wettability, and adhesion. The use of a ribbon burner accomplishes the desired effect by promoting sufficient surface heat without excessive thermal build-up in the wire.
Disclaimer
Standard Technical Applied Resources, Inc. makes no warranty, either expressed or implied, of the performance or suitability of its products for a specific purpose except those that may have been previously agreed upon in writing by the company.
- Full color circuit identification using carefully selected pigments that are heat- and light-stable.
- Excellent flame retardance when subjected to standard UL horizontal flame test. This flame retardance is sufficient to meet UL requirements on Crosslinked Polyethylene compounds containing high- and low-carbon loadings. Tests on circuit-size conductors as small as #20 AWG have been found to be excellent.
- Good adhesion to Crosslinked Polyethylene and are highly resistant to abrasion.
FIBERCOLOR Dye Solutions
FIBERCOLOR vehicle sizing solutions are applied to impart color to protective braids used over individual conductors in lieu of braiding colored yarns. FIBERCOLOR may be used for coloring glass, rayon, cotton, nylon, and Dacron. Using the FIBERCOLOR system offers considerable cost savings, particularly on glass, provides a great deal of flexibility in production, and eliminates the costly inventories of yarns.
Available Colors
- Red
- Blue
- Green
- Orange
- Yellow
Properties
FIBERCOLOR solutions provide brilliant colors to all commonly used braid yarns. They are light-fast and reduce bleeding of colors into the lacquers, particularly on glass. Color retention tests under heat show retention of color distinction up to 350°F for prolonged periods of time. They can be used easily in the finishing operation and dry quickly.
- Violet
- Tan
- Brown
- Gray
- Black
Application
FIBERCOLOR dries rapidly and may be handled similarly to a braid saturant. The suggested method for applying FIBERCOLOR is at the finishing operation or lacquer tower. This eliminates the need for an extra operation. When a lacquer tower is available, the FIBERCOLOR solution is applied as the first pass in the tower. This may be done by baffling the pot or by providing a very simple external applicator. It is suggested that a medium-tight wipe be used for even deposition of color.
The vehicle sizing solution may also be applied in horizontal application or at the braider by means of a small applicator. Where possible, heat should be used to dry the solution, particularly if clear lacquer is to be subsequently applied. This will decrease the tendency for bleeding to a minimum.
Note: Please always refer to the material safety data sheet prior to use.
Disclaimer
Standard Technical Applied Resources, Inc. makes no warranty, either expressed or implied, of the performance or suitability of its products for a specific purpose except those that may have been previously agreed upon in writing by the company.
#132 Series Non-HAP PVC Dye Solution
The #132 Series Non-HAP PVC Dye Solution is a non-HAP dye system based on our technological breakthrough with MEK Substitute. This system utilizes state-of-the-art heat- and light-stable materials and maximum dye concentration for optimum color discrimination. It also uses a fast-air-dry cure system to eliminate pre- and post-heating requirements. The dye solution can easily be cleaned up using Rapid STAR-SOLVE.
13 Available Colors
Disclaimer
Standard Technical Applied Resources, Inc. makes no warranty, either expressed or implied, of the performance or suitability of its products for a specific purpose except those that may have been previously agreed upon in writing by the company.
D-132-5 | Red |
D-132-7 | Brown |
D-132-7T | Tan |
D-132-2D | Dark Gray |
D132-2L | Light Gray |
D-132-3 | Yellow |
D-132-6 | Green |
D-132-4 | Orange |
D-132-5V | Violet |
D-132-SP | Pink |
D-132-9 | Black |
D-132-8A | Aqua |
D-132-8 | Blue |
VOC: 0.0 Lbs./Gal
Other colors can be formulated to customer specification.
71 Ink Series for Polyethylene, Hypalon, Neoprene, and Mylar
Our Series 71 ink is designed as a marking material for polyethylene, neoprene, Hypalon, and Mylar electrical wire insulation and cable jackets. It is available in all colors for use in printing or spiral striping. Colors meet the requirements of MIL-STD-104 and RETMA STD-GEN 101A. These inks are formulated for use in either spiral striping or engraved wheel printers. They should be thinned in the appropriate ratios for the equipment to be used in either operation. The Series 71 ink also has excellent shelf stability and requires no pre-conditioning.
Properties
When properly applied, Series 71 inks have excellent adhesion to standard polyethylene, irradiated polyethylene, and chemically crosslinked polyethylene, neoprene, Hypalon, and Mylar. They are extremely rub-resistant and have a good degree of abrasion resistance. It has also been found that adhesion and abrasion resistance are somewhat improved 24 to 48 hours after application.
Application
The Series 71 ink may be applied in spiral striping or engraved wheel printing equipment. Based on our experience with using this ink, adhesion is improved when polyethylene is flame-treated prior to marking. For spiral striping, the ink should be dried in a vertical tower using mild heat (150°F–175°F) with good airflow. If the wire is too hot, the thermo-plasticity of the ink may cause a tendency to stick on sheaves or on the take-up reel. The surface tube marked should be as clean as possible to promote the maximum adhesion.
Thinner ratio for striping should be approximately 1:1 and for printing 3:1. The ink shows very good resistance to pigment separation in spiral striping apparatus.
Disclaimer
Standard Technical Applied Resources, Inc. makes no warranty, either expressed or implied, of the performance or suitability of its products for a specific purpose except those that may have been previously agreed upon in writing by the company.
PTFE and FEP Ink
Application
PTFE inks must be fused or sintered and are most commonly applied in spiral striping apparatus in conjunction with a high-temperature tower for fusion of the ink to the Teflon. Fusion comes at a minimum temperature of 675°F–750°F. However, it is recommended that the tower temperatures be in the range of 800°F–1000°F for proper processing speeds.
Striping:
The speed of the fusion is related to both temperature and the thickness of the ink deposited. Therefore, it is recommended that the thinnest possible film be deposited at the highest practical temperature for good processing efficiency. Thinning ratios will be dependent on experience and the user's preference under varying conditions. It is possible to use the ink as received, but this results in the deposit of heavier films, which tend to fuse at a slower rate. Slight additions of distilled water in the range of 5–10% are recommended for optimum striping efficiency.
Printing:
Use as received.
Note: Please specify use (print or stripe) prior to procurement.
PTFE Inks
These inks are pigmented forms of PTFE suspended in water. They are generally used for printing or spiral striping of Teflon-insulated wire. Pigments used in these inks are inorganic and are extremely heat resistant (in excess of 1000°F). They will readily wet Teflon substrates to produce a clean, sharp stripe or print. There is then only a minimal color change between the ink as supplied and after sintering.
PTFE inks are available in 10 colors and are generally formulated to meet the requirements of MIL-STD-104. The inks have excellent adhesion and, when properly fused become an integral part of the insulation.
Disclaimer
Standard Technical Applied Resources, Inc. makes no warranty, either expressed or implied, of the performance or suitability of its products for a specific purpose except those that may have been previously agreed upon in writing by the company.
FEP Inks
FEP inks are the same as the inks described above except for the ink vehicle, which is a suspension of FEP. This allows for a fusion temperature of approximately 200°F lower than that for PTFE. Our FEP inks also meet military specification MIL-22759-11.
Supertherm Coating Heat- and Chemical-Resistant Lacquer
Application
Supertherm Coatings may be handled in conventional procedures and force-dried at temperatures of 130°F–170°F. This is an air-dry material requiring no fusion or high-temperature cure.
Supertherm Coating is a highly fluorinated resinous lacquer operable in the Class H temperature range. It is designed for use on glass-braided or Dacron-braided wires with high-temperature-resistant insulation. This coating has found a principal use in impregnating Dacron-braided aircraft harnesses containing Teflon-insulated conductors. Supertherm Coatings are also suitable for use on aircraft wire specifications such as MIL-W-8777A. It may be used as a protective lacquer over other substrates to utilize its heat- and chemical-resistant properties.
Disclaimer
Standard Technical Applied Resources, Inc. makes no warranty, either expressed or implied, of the performance or suitability of its products for a specific purpose except those that may have been previously agreed upon in writing by the company.
Properties
Supertherm Coating exhibits exceptional thermal stability to 200°C and chemical inertness, resisting strong acids, alkalis, gases, and oxidants, aircraft fuels, oils, alcohols, and many other corrosive chemicals. It has practically zero moisture absorption, extremely low gas permeability, excellent dielectric properties, and cold bend resistance to -300°F. These coatings may be marked by conventional methods. Other forms of Supertherm Coatings, with regard to solids, viscosity, and solvent combinations, are also available for custom type application.
Product Details
Brand No. 176-C198
C-78 Super Flame-Retardant Lacquer
The C-78 is a highly flame-retardant butyrate lacquer for glass and silicone insulation that meets V01 vertical flame test for UL94. It is non-contaminating to silicone and finds wide use in the appliance and motor lead market. The lacquer’s anti-fray properties are very good, and application is done on a standard lacquer tower. Our recommended line speed is 20–30 FPM, with a super cure temperature of 210°F–240°F. Cleaning up this product is easy using our MEK.
Disclaimer
Standard Technical Applied Resources, Inc. makes no warranty, either expressed or implied, of the performance or suitability of its products for a specific purpose except those that may have been previously agreed upon in writing by the company.
Product Details
Solids: 25–35%
Viscosity: 7,500–10,500 CPS
Weight per Gallon: 7–8 Lbs.
Service Temp: 175°C/347°F
Note: Please always refer to the material safety data sheet prior to use.
Note: Please always refer to the material safety data sheet prior to use.
CAS-115 MEK Substitute Rapid STAR-SOLVE (and Test Results)
Our recyclable MEK Substitute Rapid STAR-SOLVE is designed for those who desire fast drying and excellent solvency of MEK without HAP classification.
Disclaimer
Standard Technical Applied Resources, Inc. makes no warranty, either expressed or implied, of the performance or suitability of its products for a specific purpose except those that may have been previously agreed upon in writing by the company.
Benefits
- Non-HAP Listed
- Non-SARA
- Non-CERCLA
- NON-Halogenated
- Fast-Drying
- Pleasant Odor
- Economical
- Low VOC
- Recyclable
Uses
- Use the CAS-115 as a direct replacement for MEK in thinning inks and coatings. Our product is safe for use in ink jet printers and will not cause swelling of silicone rubber as acetone does.
- Cleaning wire prior to printing or painting
- Removing print and paint from insulation
- Removing slip compounds
- Removing mica and talc dust
- Removing oils and grease
- Using in machine cleanup
NSF Series for Elastomeric Insulations
These coatings have been designed for use in submarine potable water applications. The ingredients comply with the National Sanitation Foundation requirements for heavy metal content and toxic emissions. They are compounded of the highest purity and chemical inertness for submerged potable water applications. Our NSF Series are suitable for use on waterproof submarine elastomeric materials, such as neoprene and Hypalon. These coatings are high-viscosity, high-solids materials formulated so that they may be applied by dipping and wiping.
Disclaimer
Standard Technical Applied Resources, Inc. makes no warranty, either expressed or implied, of the performance or suitability of its products for a specific purpose except those that may have been previously agreed upon in writing by the company.
Available Colors
- Yellow
- Red
- Green
Application
Our color coatings may be applied simply by passing the wire through a small tank or pipe tee fitted with a rear seal and out through a flexible rubber wipe or pot nipple. The wire itself need not be treated or pre-warmed prior to application, as the color coating is formulated for cold application and is extremely fast-drying. The speed of application is dependent on the length of the application line. Our coating material may be applied vertically or horizontally and dries rapidly with or without the aid of heat. Viscosity as supplied is ready for use.
The application of one coat is all that is necessary to obtain excellent color coverage, except when painting light colors over black. This necessitates two coats applied in tandem. Heavy films are not recommended as they will usually destroy adhesion and affect flexibility. The coating dries to an extremely dry surface, and blocking on the take-up reel is almost non-existent under proper application conditions.
The cleanliness of the wire is extremely important with regard to adhesion and permanence of the coating. That is why it is recommended that the wire be free of dust, dirt, wax, etc. If these conditions exist, the wire should be solvent-washed with toluene or our rapid STAR-SOLVE prior to paint application.
After application, our coating product has a dry, flat finish. Care should be taken to apply a minimum coating thickness in order to provide maximum adhesion. Paraffin wax may be applied over the coating in the normal fashion to provide a low-friction, non-blocking surface and to bring up the sheen of the coating.
Properties
Our NSF elastomeric coatings are tough, flexible materials with maximum adhesion. They are highly resistant to the deteriorating effects of ozone, oxygen, weather, heat, oil, and chemicals. The coatings resist discoloration on exposure to light. Their hiding power is exceptionally good, so one coat is usually sufficient. The color coatings are fast-drying and may be processed at high speed. Use of outside color coating also means that the physical properties of the underlying neoprene will not be reduced by the use of pigments and the exclusion of reinforcing blacks.
Anti-Transfer and Anti-Stick Agent
Our Dry Printing Ink Anti-Transfer And Anti-Stick Agent is a unique polymeric emulsion with good stability properties. It forms a thin film, which is an effective parting and anti-transfer agent. The film is durable, non-carbonizing, and heat-stable. It can be used in many wire applications where there is a sticking problem or any problem of adhering to another surface.
Disclaimer
Standard Technical Applied Resources, Inc. makes no warranty, either expressed or implied, of the performance or suitability of its products for a specific purpose except those that may have been previously agreed upon in writing by the company.
Product Details
Color: Wet = White, Dry = Clear
Specific Gravity: 0.995 at 77°F (22°C) CTM0001A
Solvent: Water
Application
This agent acts as a release agent between singles and prevents the dry printing ink from being transferred to adjacent singles. It is used in the final processing stages when the wire is reeled onto the spools. The anti-transfer agent is applied by a felt pad or sponge wipe, 10–15 feet before the wire is reeled onto the spool. Only a very small amount is needed. It can be used on practically all types of wire insulation, both thermoplastic and thermoset.
Note: Stir well before use.
Flash Point: >200°F Closed Cup, CTM0021A
Viscosity @ 77°F CTM004: 10-100 cST
Shelf Life: 12 Months
CAS-1198 Slipper Compound
Our Slipper Compound is a specially modified polysiloxane polymer uniquely designed to provide the user with a combination of benefits not possible with conventional slipper compounds. It reduces the surface tension of high-energy surfaces, such as polyurethane, after the extrusion process. Thus, it reduces the coefficient of friction and eliminates gripping and drag of the extruded product. It may be diluted with water down to 0.5% by volume, depending on the degree of lubricity and slip required. Our Slipper Compound will not contaminate or leave residue like petroleum or silicone oil-type compounds.
Disclaimer
Standard Technical Applied Resources, Inc. makes no warranty, either expressed or implied, of the performance or suitability of its products for a specific purpose except those that may have been previously agreed upon in writing by the company.
Outstanding Special Features
- Low Surface Tension
- High Wetting
- Excellent Lubricity
- Static Suppressing
- Moderate Pro Foaming
- Low Volatility
- Non-Contaminating
- Concentrated and Economical
- Low Toxicity and Environmentally Safe
Inquire Now
Contact us today for more information about our innovative paint and coating products. Our team would be more than happy to answer any questions you may have about us and what we offer.