A single-component, boric acid-free, high-solids, low-VOC intumescent fire retardant coating, which is currently the most advanced water-based fire retardant coating for wires and cables in China.
A single-component, boric acid-free, high-solids, low-VOC intumescent fire retardant coating, which is currently the most advanced water-based fire retardant coating for wires and cables in China.
- Weather resistance
- Corrosion resistance
- High and low temperature resistance
- UV resistant
- Electrical insulation
Product Description:
A single-component, boric acid-free, high-solids, low-VOC intumescent fire retardant coating, which is currently the most advanced water-based fire retardant coating for wires and cables in China.
Product Features:
It expands when exposed to fire, has a high expansion multiple and good flame retardant effect; It is environmentally friendly, ultra-low VOC and odorless; The coating is thin and flexible; It is insulating and anti-corrosive .
Recommended Use:
This product is widely used in flame retardant treatment of wires and cables in power plants, industrial and mining industries, telecommunications and civil buildings. It can also be used for fire protection of combustible substrates in wooden and metal structures and underground projects.
Construction guidance
Surface treatment:
Before applying fire retardant coating, the dust, oil stains, and debris on the cable surface should be cleaned and polished away, and the fire retardant coating can be applied only after the surface is dry.
construction :
Use spraying, brushing and other methods, stir well when using, when the coating is slightly thick, dilute with appropriate amount of tap water to facilitate spraying. During the construction process and before the coating is dry, it should be waterproof, sun-proof, pollution-proof, anti-movement, anti-bending, and repaired in time if damaged . For wires and cables with plastic or rubber sheath, generally more than 3 coats are directly applied , and the coating thickness is 0.5-1mm. For insulated cables wrapped with oil paper, a layer of glass cloth should be wrapped first, and then painted. If the construction is carried out outdoors or in a humid environment, a matching topcoat varnish should be added.
Safety measures :
Although this product is a water-based paint, protective measures must be taken to avoid inhaling paint mist and try to keep the paint from coming into contact with the skin and eyes.
statement :
The information given in this document is believed to be reliable. Each value provided is calculated from the product formulation as theoretical data. If required, we can inform you of the internal common measurement methods used to determine any of the above given data. Since the conditions of use are beyond the control of the manufacturer, the information here is not a guarantee. The products are intended for professional use only. If you have any questions, please contact us.
Our company's technical support and customer service center is willing to provide you with product consultation and application technology services. You are welcome to contact us by letter or phone.
When it comes to protecting surfaces against water damage, KASTAR1000 Silane-Modified Polyether Waterproof Coating offers an advanced solution with exceptional durability. This coating provides comprehensive waterproofing that stands the test of time, ensuring your structures are safeguarded against moisture, water ingress, and environmental wear.
KASTAR1000 Silane-Modified Polyether Waterproof Coating is formulated for superior adhesion across a wide range of surfaces. This characteristic is a cornerstone of its effectiveness, ensuring that the coating remains securely bonded for long-term waterproofing protection.
① The best results can be achieved by airless spray application. When brushing , multiple coats may be required to achieve the specified total system dry film thickness.
② To achieve the best drying conditions, it is recommended to apply more than 2 coats when the dry film thickness is greater than 500 microns . Pay attention to the minimum overcoating interval between coats.
③ In order to obtain the best construction and drying performance, the air and substrate temperature must be greater than 5 °C and the relative humidity must be less than 85%. The coated surface temperature must be at least 3°C higher than the dew point.
④ When constructing in a confined space, ensure adequate ventilation.
⑤The final appearance of the product depends on the construction method. For visible areas, it is best to use the spraying method for construction. In order to obtain a high decorative surface, other treatments may be required.
⑥ (regardless of whether there is topcoat) should be protected and avoid contact with static water and flowing water. The product cannot be used in areas that are frequently immersed/soaked.
⑦ The sealing paint applied on this product must form a defect-free continuous coating film.
| color | White/Gray Customized |
| Paint | Matte |
| proportion | -kg/liter |
| Volume solids | 75±5% (theoretical value) |
| Typical thickness | Dry film thickness 300-1500 microns (12-60 mils) Equivalent to wet film thickness 400-2000 microns (16-80 mils) |
| Theoretical coating rate | At 750 μm dry film thickness and stated volume solids, 1 m²/l
40 sq. ft./US gal. at 30 mils dry film thickness and stated volume solids |
| Actual coating rate | kg/m2 (based on 0.75mm dry film) |
| Construction method | Brushing, spraying |
| Thinner | water |
| Tool cleaning | water |
| Drying time | Surface drying: about 60 minutes, 23°C, 50% relative humidity |
| Recoating time | See construction instructions |
| Ambient temperature | Minimum: 5°C, Maximum: 50°C. Avoid coating at relative humidity above 85% |
| Substrate temperature | Minimum: 3℃ above dew point |
| Packing Specifications | – |
| Storage and Product Expiration Date | The warehouse for storing paint must be set up in a cool, ventilated and dry place with a temperature above 0℃.
After opening, the product needs to be kept sealed and used up as soon as possible . |
