FAQ

Not necessarily. The key is whether the vent cover is properly designed. A vent cover with airflow guidance can help reduce back pressure and resistance caused by strong wind, supporting more stable exhaust performance in windy environments.

When strong outside wind blows directly into the exhaust outlet, or when the outlet lacks airflow guidance and pressure control, discharged air may be pushed back indoors, causing backdraft, odor return, or unstable exhaust.

A standard vent cap usually provides basic coverage. A Windproof Vent Cover focuses more on airflow guidance, rain protection, and pressure stability, helping maintain a more stable exhaust condition under strong wind.

If rain intrusion is related to wind direction, exhaust outlet position, or an exposed wall surface, a vent cover with wind and rain guidance is worth evaluating. Duct slope, exterior wall sealing, and outlet location should also be checked.

High-rise buildings, wind-facing walls, coastal areas, and exterior exhaust outlets often exposed to strong wind are suitable for evaluation, especially if backdraft, odor return, or rain intrusion has occurred.

Check duct diameter, duct direction, exhaust outlet position, exterior wall sealing, waterproof finishing, and future maintenance access before installation.

People spend more time indoors, while urban traffic, dust, pollen, and window-opening habits can all affect daily comfort. Indoor air quality has become part of modern residential comfort.

It should not be understood as a complete air purifier. Its more suitable role is to help reduce outdoor dust, pollen, and some airborne particles from entering indoors when windows are opened, while keeping basic natural ventilation.

Because it includes a filtering function, airflow feel and visual transparency may differ from a regular screen. The key is whether filtration, daylight, airflow, and daily comfort are balanced.

A regular screen mainly keeps insects out and provides basic ventilation. An Anti-smog Window Screen also considers dust, pollen, airborne particles, and indoor air quality.

No. Simply making a screen denser may reduce airflow and daylight. A more complete anti-smog screen design considers fiber structure, particle capture, airflow, transparency, and daily comfort.

An air purifier mainly handles indoor circulating air. An Anti-smog Window Screen helps reduce dust and airborne particles entering from outside when windows are opened. They serve different roles and do not replace each other.

Spaces that often open windows, face roads, collect visible dust, or are used for long periods are suitable for evaluation, such as bedrooms, living rooms, studies, and road-facing windows.

Not necessarily. It is usually better to start with windows that are often opened, have visible dust nearby, are in long-stay spaces, or are most related to air-quality concerns.

Yes. Regular cleaning and inspection are recommended. Long-term dust buildup may affect airflow and daily use.

General waterproofing materials often focus on surface blocking or coating protection. Basilisk follows a self-healing material concept, focusing on whether the material can continue working when cracks and moisture conditions appear.

Not exactly. Traditional crystalline waterproofing mainly forms crystals through chemical reactions to fill pores. Basilisk focuses more on self-healing logic after cracks appear. Evaluation should still consider crack conditions, environment, and repair goals.

Surface coatings can provide protection, but if the substrate has cracks, water paths, or long-term moisture exposure, surface sealing alone may not solve the root issue. Long-term waterproofing should consider the material body, crack behavior, and maintenance.

A self-healing material is a material system that can produce further repair action for cracks or small damage under specific conditions. For Basilisk, the key is not only surface waterproofing, but whether the material can continue to act after cracks appear.

No. Basilisk is intended to support crack repair, waterproofing reinforcement, and water tightness. It does not change the basic strength logic of the original concrete or mortar.

It can be evaluated. In coastal or chloride-risk environments, crack-related moisture and harmful substance intrusion require more attention. Material evaluation should consider long-term durability and structural protection, not only surface waterproofing.

Yes. International cases help explain how Basilisk may be applied in different project settings. Actual use should still consider local site conditions, substrate condition, crack type, and construction needs.

If the main needs are daily moisture exhaust, ventilation, and odor removal, a Bathroom Exhaust Fan is more focused. If winter heating, drying assistance, cool air, and integrated control are also needed, a Bathroom Heater Fan may be more suitable.

If the issue is long-term moisture, slow drying, and insufficient winter comfort, a Bathroom Heater Fan with heating, drying, and ventilation functions is usually worth evaluating first.

In many cases, yes. If the main needs are odor removal, daily ventilation, and faster moisture discharge, an exhaust fan can usually meet basic needs.

Prepare steam room length, width, height, site photos, power conditions, planned generator location, access panel location, cold water supply, drain, steam outlet and control panel positions, and the current renovation stage. More complete information helps initial model and installation evaluation.

Yes. A steam generator must use a dedicated circuit and should not share a circuit with other appliances. Check main panel capacity, voltage, phase, wire size, breaker, leakage protection, and grounding before planning.

Generally no. A steam generator usually uses cold water. The cold water supply is typically reserved near the generator and connected to the inlet with a flexible hose.

Yes. Common locations include above the ceiling, inside a cabinet, or other concealed spaces. The key is stable installation and an access panel near the generator for future access to the water inlet, steam outlet, power wiring, and drain valve.

Usually, this is not the main condition. Many generators are installed above the ceiling or inside cabinets, where they are not directly exposed to steam room heat. Stable installation, pipe connection, and maintenance access are more important.

When conditions allow, it is recommended to embed the steam pipe before renovation is completed, mainly for safety and appearance. If the pipe must remain exposed, its route and covering should be planned to reduce the risk of touching a hot pipe.

Not necessarily. The outlet position depends on room size, use habits, whether there is a seat, drain position, and safety distance. It is often considered near the opposite side of the main use position, closer to the drain, and around 15 cm above the floor.

It is not recommended. The control panel should avoid being directly above the steam outlet to reduce direct steam, moisture, and heat exposure. The position should be easy to operate, less exposed to moisture, and compatible with wiring.

Usually no. The drain is mainly used during maintenance to release water inside the generator, reduce weight, and make removal or service easier. For daily use, the key is that the steam room drain and floor slope work properly.

For daily use, start with around 10–20 minutes and adjust based on personal condition, room temperature, and steam concentration. Longer is not always better. Stop immediately and rest if dizziness, chest tightness, breathing discomfort, or other discomfort occurs.