The medical protective shoe cover includes a coat, an inner bladder, a strap, a velcro surface, a non-slip bottom, and a velcro female surface. There is a sock-shaped inner liner that can be removed, and the anti-slip bottom is preferably provided with an anti-slip corrugated beef tendon bottom on the bottom surface; one side of the end of the strap is provided with a hook-and-loop fastener surface, and the other side is provided with a hook-and-loop fastener surface matching the hook and loop surface; the jacket Waterproof material is preferred, and elastic fabric is preferred for the inner liner; the jacket of the utility model is made of waterproof plastic material, and the anti-slip bottom surface adopts beef tendon bottom, which is strong and durable; The utility model can be reused after cleaning and disinfection, and can be used continuously after the inner tank is cleaned and disinfected; the arrangement of the straps enables the utility model to have the protection performance exceeding that of high-top shoe covers, but it is as convenient to wear as low-top shoe covers.
Scope of application: used by medical personnel in medical institutions to prevent contact with potentially infectious patients' blood and body fluids, and play a barrier and protection role
Instructions:
Before use, unfold the isolation shoe cover, put on the shoe cover, put the socks and trousers into the isolation shoe cover, and fix it with straps. Through the actual operation of many people, it has been verified that Dongbei disposable non-woven isolation shoe covers are wear-resistant, waterproof, breathable, good isolation, and high-tube shoe covers do not slide down in one-time use.
Features
The product uses non-woven fabric or polyethylene film as the main raw material, which is cut, sewn into or thermosynthesized.
Sufficient strength and barrier properties, provided non-sterile
Product Description;
This product is made of plastic film or non-woven fabric and rubber band by hot pressing. The biggest feature is that it is easy to use, and has a wide range of applications. Different materials have different corresponding functions, such as anti-skid, anti-static and dust-proof. Moreover, the price is much cheaper than the non-disposable shoe covers, and the handling is also convenient, especially the non-woven shoe covers, which can be naturally degraded.
Scope of application:
It is generally used by medical staff, hygienic, clean places, and laboratories.
[Precautions]
1) This product is for one-time use only and will be destroyed after use.
2) This product should be stored in a well-ventilated and clean environment away from fire sources, with a relative humidity of not more than 80%, no corrosive gas, and good ventilation.
Medical Isolation Shoe Covers,Isolation Shoe Boot Covers,Non Slip Shoe Boot Cover,Medical Isolation Shoe Boot Covers Jilin Sinoscience Technology Co. LTD , https://www.jlgkscience.com
The key to simplifying complex technology lies in the continuous advancement of science and technology—what once seemed complicated is now as simple as a seed.
The "Production and Application Technology of Solid-Liquefied Strains," developed by our park, has been validated through years of practical application. Cultivating *Cordyceps militaris* using solid-liquefied strains is not only simple and stable but also combines the advantages of both solid and liquid strains. This breakthrough completely solves the long-standing issues: solid strains are easy to use but slow, while liquid strains grow fast but are difficult to produce. The solid-liquefied strains integrate the benefits of both—easy to produce, strong, stable, and easy to store and transport, while also offering good permeability and rapid growth like liquid strains. Here are the key technical advantages:
1. Solid-liquefied strains have the same permeability as liquid spawn, allowing for vertical mycelium growth, significantly shortening the cultivation cycle compared to traditional solid strains.
2. Comparative tests with pure liquid strains show that solid-liquefied strains grow faster, form neat lines, and maintain moderate density, proving their efficiency.
3. By using bacterial enrichment broth combined with superabsorbent fibers and moisture-retaining agents, the culture medium ensures adequate oxygen and humidity throughout the process, leading to stronger and more vigorous mycelial growth than pure liquid strains.
4. The preparation of the culture medium is scientifically designed, allowing the solid-liquefied strains to be stored at room temperature for 1–2 months without losing vitality. After inoculation, the growth remains normal, making it easier to preserve than pure liquid strains.
5. The production of solid-liquefied strains requires simple equipment, low investment, minimal technical skill, and consistent quality, resulting in high yields and stable performance.
6. Compared to traditional solid strains, the production cost is lower due to the use of affordable fiber carriers and low-cost nutrient solutions. There’s no need for expensive ventilation or energy management, making it more economical than traditional grain-based solid strains.
7. The growth rate is significantly faster—only 7–15 days from inoculation to full mycelium coverage, which is over three times faster than solid grain strains and nearly as fast as pure liquid strains.
8. These strains are easy to transport and maintain their quality during transit under normal temperatures, making them an ideal solution for external supply of *Cordyceps* cultivars.
Technology Research and Development Unit: Oriental Cordyceps Technology Park, Shandong Xiajin County Fungus Development Association
Moderator: Deng Yufu (Chief Engineer of Science Park)
Contact: Phone / SMS / Email: [Insert Information]
Website: [Insert Website URL]
It is expected that the successful development of this technology will be widely adopted, playing a significant role in promoting *Cordyceps militaris* cultivation in small and medium-sized farms and households.