Oil-absorbing mats are great helpers for dealing with oil spills.

   Oil-absorbing felt It’s an excellent helper for handling oil pollution and chemical liquids. Its unique manufacturing process enables it to effectively adsorb and retain these substances, making it widely used in areas such as rivers, ships, and mechanical workshops.
I. Oil-absorbing felt environmental performance
When dealing with oil spills in aquatic environments, oil-absorbing mats can rapidly absorb oil pollutants and quickly contain the spread of the spill, thereby reducing the extent of contamination. These mats absorb only oil and not water, and once absorbed, the oil is unlikely to be released. Moreover, oil-absorbing mats are reusable and can be stored for long periods, helping to cut costs. Thus, the recyclability of these mats is another aspect of their environmentally friendly performance. The oil-absorbing capacity of these mats can reach up to 20 times their own weight—truly remarkable. Additionally, they do not contaminate aquatic products, and when incinerated after use, they do not produce toxic gases.
II. Oil-absorbing felt Basic Performance Parameters
(1) High oil absorption capacity (10 to 20 times its own weight)
(2) Fast oil absorption rate (minimum)
(3) Suspensions suitable for industrial or marine applications
(4) Clean, lightweight, and fast.
(5) After adsorbing data leakage from the liquid, it can be repeatedly used after being squeezed.
(6) No chemical reaction occurs (chemical resistance)
(7) Non-decomposing, non-deteriorating, safe and environmentally friendly, non-combustible, non-corrosive, and non-moldy.
(8) It is combustible or can be processed by mixing with fuel; the ash content after high-temperature incineration is only 0.02%.
(9) Free of dust and abrasive particles, it will not affect the normal operation of equipment nor damage expensive machinery.
3. Oil-absorbing felt Product Applications
    Oil-absorbing felt Suitable for cleaning, containing, and preventing any area where oil and chemical leaks could potentially occur—including sites in manufacturing, transportation, petrochemical industries, maritime emergency response, ports, aviation, fire services, healthcare, energy and power generation, environmental protection agencies, the military, food processing, and other sectors where it is necessary to remove leaked fluids through a dedicated cleanup system.

(1) Industrial manufacturing technologies used by all students in enterprises may result in the occurrence of liquid leaks or spills in areas where oils and chemicals are stored and distributed, including warehouse areas, around machinery and piping systems, near fuel tanks and equipment, beneath trains and trucks, near valves, under aircraft, on workbenches, and so forth.
(2) Automobile, aircraft, and railway manufacturing plants, plastic plants, injection molding plants, mold factories, steel mills, machinery factories, metal processing plants, oil refineries, petroleum companies, shipyards, chemical plants, food processing plants, paper mills, fiber-optic plants, cable plants, petroleum/chemical storage companies, oil refineries, oil depots, environmental remediation companies, leak-proofing contractors, fire departments, energy and power sectors.
(3) Offshore oil spill emergency response, port terminals, coastal defense, shipping companies, fire departments, environmental cleanup firms, emergency response centers, laboratories, schools, hospitals, disease prevention and control centers, power supply departments, military institutions, municipal water treatment plants, public transportation, auto repair shops, medical institutions such as hospitals, environmental protection bureaus, aviation, and fire services.

(4) Other service industries. The public and private service sectors are also major users of cotton wool. Power supply departments, military institutions, municipal water treatment plants, public transportation systems, airports, and aviation service organizations all repair vehicles.