We are proud to introduce our innovative packaging solution made from pure wood pulp paper and mesh cotton, specifically designed for fruit and vegetable packaging as well as fresh produce absorbent paper. This product from Telijie aims to provide high-quality protection, ensuring your fruits and vegetables stay fresh during transportation and storage.

Key Features:

Eco-Friendly and Biodegradable: Our packaging material is made from natural components, offering eco-friendly characteristics that decompose naturally without harming the environment.

Water-Resistant and Durable: The unique material combination allows our paper to maintain its strength in moist conditions, effectively protecting the quality of fruits and vegetables.

Low Lint and High Absorbency: Unlike traditional packaging materials, our paper does not shed fibers, ensuring your produce remains clean. Additionally, it features excellent absorbency for both moisture and oil, helping maintain product freshness.

High Strength and Flexibility: This paper is tough yet flexible, capable of withstanding various challenges during transportation and handling, making it suitable for both retailers and consumers.

Applications:

Our eco-friendly packaging is perfect for the following applications:

Fruit and Vegetable Packaging: Providing optimal protection for fresh produce, reducing spoilage rates, and maintaining quality.

Fresh Produce Absorbent Paper: Used in supermarkets and markets to keep display areas tidy while enhancing product appeal.

In summary, Telijie’s fruit and vegetable packaging paper is not just a product; it represents our commitment to sustainability and high quality. Choose Telijie, and together let's contribute to a greener future!

Membrane separation nitrogen generator, as an efficient gas separation equipment, has multiple advantages, mainly reflected in the following aspects:

1. Simple structure and small volume

The membrane separation nitrogen generator adopts membrane separation technology, and its core component is a polymer membrane filter, which makes its overall structure relatively simple and its volume relatively small. This compact design not only saves space, but also facilitates installation and movement, making it particularly suitable for laboratories and places that require flexible layout.

2. Efficient and energy-saving

The membrane separation nitrogen generator can operate at room temperature and pressure without the need for additional heating or cooling equipment, resulting in lower energy consumption. Meanwhile, due to its efficient separation efficiency, it can ensure the production of high-purity nitrogen at lower energy consumption, thereby achieving the goal of energy conservation and consumption reduction.

3. Environmentally friendly and pollution-free

The membrane separation nitrogen generator does not produce any harmful substances during the nitrogen production process and is environmentally friendly. In addition, the materials used also meet environmental requirements and will not pose a threat to the environment and human health.

4. Easy to operate and low maintenance cost

The membrane separation nitrogen generator has a fully automatic control function, which is easy and fast to operate. Meanwhile, due to its simple structure, maintenance costs are relatively low. In addition, many advanced membrane separation nitrogen generators are equipped with intelligent self diagnostic and service prompt functions, which can detect and solve problems in a timely manner, reducing maintenance difficulty and costs.

5. Good stability and long lifespan

The membrane separated nitrogen generator has high stability and can operate continuously for a long time without frequent maintenance or replacement of parts. This makes its service life relatively long, saving users a lot of maintenance and replacement costs.

6. Adjustable purity

The membrane separation nitrogen generator can adjust the purity of nitrogen according to different user needs. By changing the operating conditions and membrane performance parameters, nitrogen of different purities can be produced to meet the needs of different fields and industries.

7. Widely applicable fields

Membrane separated nitrogen generators are widely used in fields such as aerospace, nuclear power, food and medicine, petrochemicals, electronics industry, materials industry, and scientific experiments. In these fields, membrane separated nitrogen generators have been widely recognized and applied for their high efficiency, energy saving, environmental friendliness, and stability.

In summary, membrane separation nitrogen generators have the advantages of simple structure, small volume, high efficiency and energy saving, environmental protection and pollution-free, easy operation, low maintenance cost, good stability, long service life, and adjustable purity. These advantages make membrane separated nitrogen generators have important application value in various fields and industries.

In nursing homes and similar care facilities, protecting the clothing of elderly individuals from stains and liquid spills is essential. Telijie has introduced a disposable adult bib designed specifically to meet this need, made from paper film material that is lightweight and comfortable, making it the ideal choice for nursing homes.

Lightweight Design for Comfortable Fit

The paper film material of Telijie's disposable bib ensures it is lightweight and soft, providing a comfortable fit for users. Whether during daily meals or activities, elderly individuals can easily wear it, enjoying a more pleasant experience.

Excellent Waterproof and Oil-Resistant Performance

This bib features outstanding waterproof and oil-resistant capabilities, effectively blocking liquids and grease, keeping clothes clean and tidy. Especially during mealtimes, it prevents spills from soups and food residues, offering better protection for elderly users.

Customizable Size Specifications

Telijie understands the diverse needs of users and offers customization options for the bib. Whether in terms of size or design, adjustments can be made based on the specific requirements of nursing homes, ensuring that every elderly person receives a well-fitted bib that enhances their experience.

Convenient and Hygienic, Single-Use Design

The single-use design allows for easy disposal after use, eliminating the need for washing, which is often cumbersome with traditional bibs. This design is both convenient and hygienic, making it especially suitable for nursing home environments where frequent changes are necessary, thereby improving the efficiency of care work.

Versatile for Multiple Settings

In addition to nursing homes, Telijie’s disposable adult bib is also suitable for hospitals, rehabilitation centers, and family gatherings. Its protective features and convenient design make it an essential tool for both caregiving and daily life.

Telijie’s disposable adult bib, with its lightweight, comfortable characteristics and excellent waterproof and oil-resistant performance, stands out as an ideal choice for nursing homes. Its customizable service and hygienic, single-use design add significant value to care work. Regardless of the setting, this bib effectively protects users’ clothing, enhancing their overall quality of life.

Before wearing, please refer to the instructions on the device to understand the correct wearing method. It is best to seek advice or guidance from professionals or doctors.

Xiamen Huakang Orthopedic CO LTD is a professional manufacturer of orthopedic braces and supports in China . Our products include all kinds of adult orthotic braces with FDA and CE-MDR certification , including toe straps, figure 8 brace ankle support, ankle walking boot , dorsal night splint, plantar fasciitis foot braces, knee brace, sarmiento brace,hip abduction, lower back brace spinal support, clavicle brace and posture support, neck cervical collar, shoulder brace arm sling, humeral brace, wrist splint thumb spica, elbow splint , finger brace etc. Also we produce Children knee brace, kids arm sling, kids walker brace, kids sprained wrist brace ,children cervical collar etc. We still supply disposable medical face mask,kn95 face mask, medical face shield, medical protective isolation gown, medical safety goggles etc.  If you want more information,please enter www.huakangortho.com.

Auto-disable syringes are innovative medical devices designed to prevent their reuse, thereby reducing the risk of needlestick injuries and the transmission of bloodborne infections. These syringes are primarily used for immunization campaigns, particularly in low-resource settings.

Here are some key features and benefits of auto-disable syringes:

1. One-time use: Auto-disable syringes are designed for a single injection only. After the plunger is fully depressed, the syringe becomes disabled, preventing any further use. This feature ensures that the syringe cannot be reused, eliminating the risk of contamination and the spread of infections.

2. Needle retraction mechanism: Many auto-disable syringes incorporate a needle retraction mechanism. After the injection is complete, the needle is automatically retracted back into the syringe barrel, further reducing the risk of accidental needlestick injuries and needle reuse.

3. Tamper-evident design: Auto-disable syringes often have tamper-evident features that indicate whether the syringe has been previously used or tampered with. This helps ensure the integrity and safety of the syringe before use.

4. Compatibility with standard practices: Auto-disable syringes are designed to be compatible with existing immunization protocols. They can be used with standard needles and vials, making the transition to their use relatively seamless.

5. Cost-effectiveness: Although auto-disable syringes may be slightly more expensive than conventional syringes, their use can lead to significant cost savings in terms of reduced healthcare-associated infections, treatment costs, and long-term public health benefits.

Auto-disable syringes have been widely endorsed by international health organizations, such as the World Health Organization (WHO), for their contribution to safe injection practices and disease prevention. They are especially important in immunization campaigns where large populations are vaccinated, as they help eliminate the risk of infection transmission through contaminated syringes.

It's worth noting that the availability and adoption of auto-disable syringes may vary across different regions and healthcare systems. More disposable syringes from https://www.tkmedical.com.

Essential or Meaninful Learning Documents!

Possible Complications and Nursing Analysis of Clinical Use of  Disposable IV Catheters

The application of disposabl IV catheter is a better method for clinical infusion. On the one hand, it can alleviate the pain caused by repeated scalp needle puncture in infants and can be suitable for adults undergoing long-term infusion. On the other hand, it also reduces the workload of clinical nurses. However, during the use of IV Catheter, there may be a certain probability of complications due to individual differences and nursing factors.                                                                                                   

This article collects and organizes the possible complications and nursing analysis of IV Catheter in clinical use, and shares them with everyone to learn together.

Clinical symptoms: Pain, swelling, and tenderness with cord like or bead like nodules

Common causes: intravenous administration of highly irritating, high concentration drugs, or prolonged use; Superficial varicose veins, obesity, smoking, trauma; bacterial infection.

Routine processing:

1. Immediately remove the catheter and raise the affected limb to promote venous reflux and alleviate symptoms.
   2. Local topical drugs, such as Xiliao Tuo ointment, nitroglycerin patch, anisodamine, etc., as well as magnesium sulfate or potato slices wet compress.
   3. New dressings such as hydrocolloid transparent patches also have good effects

Clinical symptoms: Pain, swelling, fever and other symptoms at the injection site, purulent secretion at the puncture point, and increased body temperature.

Common causes: improper operation of sterile technology; Pollution of items; Failure to replace the application in a timely manner due to sweating, bleeding, and fluid leakage.

Routine processing:

1、When infection occurs, first apply disinfectant to the local area, wait for 2 minutes before removing the needle, and then press with sterile patches. Collect exudate and submit for inspection if necessary. Follow medical advice for medication and symptomatic treatment.
2、On the basis of routine disinfection, use iodophor therapy to reduce 2cm × After soaking a 3cm 4-layer sterile gauze in 1% iodophor, use tweezers to twist it until there is no dripping. Cover the puncture point with iodophor gauze, then cover it with 2 layers of dry sterile gauze, and finally apply a transparent film to cover it.

Common symptoms: The skin around the injection site changes color, showing a cyan color, and there may be swelling in the local area.

Common causes: Inadequate manipulation, needle penetration through blood vessel wall, incorrect pressing method after needle extraction, resulting in blood leakage. Especially for elderly people, patients with brittle blood vessels, excessive weight loss, and coagulation disorders or the use of anticoagulants.

Routine processing:

Mild hematoma does not need to be treated and can be absorbed on its own; Cold compress for large hematoma is suitable for use within 24 hours, and hot compress is suitable for use within 72 hours.

Common symptoms: Local redness, swelling, pain, painful bloody hard strips or beaded nodules.Common causes: Infusion of irritating drugs and solutions; Damage to veins during needle puncture.

Routine processing:

1. Rest in bed, lift the limbs slightly above the level of the heart; Try to prioritize upper limb venipuncture and avoid lower limb puncture.

2. According to clinical conditions and medical advice, medication should be used to strengthen the protection of venous vessels. Patients in the acute phase should use vasodilators, anticoagulants, and thrombolytic drugs, while patients with fever should receive antibiotics.

Single-use oral syringes are disposable medical devices designed for administering oral medications in a precise and controlled manner. They are typically made of plastic and consist of a barrel, plunger, and a tip suitable for oral use.

Here are some key features and uses of single-use oral syringes:

Measurement markings: Oral syringes are marked with volume measurements to allow accurate dosing of the medication. The markings are usually in milliliters (ml) or cubic centimeters (cc), enabling healthcare providers or caregivers to measure the exact amount of medication needed.

Safety: Single-use oral syringes are designed for individual use, ensuring sterility and minimizing the risk of cross-contamination. They help prevent the spread of infections and reduce the potential for medication errors.

Easy administration: The syringe barrel is transparent, allowing users to view the medication level and ensure accurate dosing. The plunger is designed for smooth movement, enabling precise control during medication administration.

Oral tip: Single-use oral syringes feature a tip specifically designed for oral use. This tip is often designed to fit into the mouth comfortably, facilitating easy and accurate delivery of liquid medications.

Convenience: Single-use oral syringes are usually individually packaged and readily available. They eliminate the need for measuring medication using spoons or cups, providing a safer and more convenient method for administering oral medications.

Single-use oral syringes are commonly used in various healthcare settings, including hospitals, clinics, and home care. They are particularly useful when administering medications to infants, young children, or individuals who have difficulty swallowing pills or tablets.

After use, it is important to dispose of single-use oral syringes properly, following the appropriate medical waste disposal guidelines. This helps ensure safety and prevent accidental needlestick injuries or the spread of infections. get more disposable syringes from https://www.tkmedical.com

Air compressors are among the key components of gas generators. Excessive temperature and humidity can adversely affect the normal operation of air compressors.

When the ambient temperature exceeds the highest operating temperature set for the generator, typically above 35°C, it can impact the compressor's compression ratio, resulting in reduced air output. Additionally, as the temperature rises, it accelerates the wear of moving parts, shortening their lifespan. Therefore, it is crucial to ensure proper heat dissipation and ventilation to keep the ambient temperature below 35°C during operation.

Apart from temperature, humidity also affects air compressors. Humidity refers to the water vapor content in the air. When air is compressed, a significant amount of water vapor enters the compressor along with the air. The higher the humidity, the more moisture is present, requiring a larger intake volume, which increases the load on the compressor. Moreover, excessive air humidity can lead to rusting of some components of the compressor, resulting in increased failure rates and a reduced service life.

The effects of high temperature and humidity also extend to other components within the generator. For components such as electromagnetic valves, contactors, and relays within the generator, excessively high temperatures may cause a decline in the performance of insulating materials. High humidity can also lead to rusting of electromagnetic valves, shortening their lifespan and increasing the failure rate. Furthermore, high temperature and humidity may reduce the cooling efficiency of the cooler, directly affecting the generator's dehumidifying performance.

For generators using PSA technology, the increased number of moving parts and electronic controls are more susceptible to the impact of high temperature and humidity, potentially affecting the performance of internal components and the overall operation of the generator. For generators using membrane separation technology, the separation efficiency of the membrane may be affected by temperature, thereby affecting the quality of the produced gas. Therefore, it is recommended that the optimal ambient temperature for the generator not exceeding 35°C.

What measures can be taken in the laboratory on a daily basis to ensure the stable and efficient operation of the generator? Here are some maintenance tips for generators during hot and humid weather:

Ensure that laboratory ventilation systems and air conditioning are functioning properly to keep the ambient temperature below 35°C (ideally, the working temperature should be below 30°C). Perform dehumidification in the laboratory to maintain a relative humidity below 60% (you can set the air conditioning mode to "dehumidify"). Daily check for moisture, foreign objects, and discoloration in the intake and exhaust gas pipelines. Weekly check for proper drainage of the instrument and regular cleaning of the drainage pipes.