How to protect industrial latex gloves in summer?

Latex glove manufacturers.

Answers for you! Industrial latex gloves anti-vibration gloves are personal protective equipment used to contact vibration and avoid "white finger syndrome" caused by vibration. In terms of structure, the first step is to add a certain thickness of foam, latex and air sandwich to the palm surface of the hand to absorb vibrations.

Latex gloves are a kind of gloves, using natural latex, with other fine additives to process latex gloves, the product has a special surface treatment, comfortable to wear, in industrial and agricultural production, medical treatment, daily life have a wide range of use, latex gloves shelf life is generally 2-3 years.

The temperature of the industrial latex gloves should be between 15-25 degrees Celsius, so that the stability will not cause the industrial latex gloves to melt due to overheating, and will not be too cold and become stiff.

The factors that damage the hands of industrial latex gloves in the production and labor process are collision pressure, rubbing, high temperature, low temperature, electromagnetic radiation, ionizing radiation, electricity, chemicals, microorganisms, etc., which are the primary elements of hand damage in the process of consumer labor, and the most common way to avoid hand damage is to wear protective gloves and sleeves.

Apply hand cream to your hands to allow them to absorb nutrients. You can apply a moisturizing hand cream after washing your hands, and the effect will be better. Hand masks are also applied to the hands to hydrate and hydrate the required oil.

Generally, you can massage for a few minutes every day to soothe the muscles of your hands.

Latex gloves are a type of gloves, which are different from ordinary gloves and are processed from latex. It can be used as a household, industrial, medical, beauty and other industries, and is a must-have hand protection equipment. Latex gloves made of natural latex and other fine additives are made of special surface treatment, comfortable to wear, and have a wide range of applications in industrial and agricultural production, medical treatment and daily life.

The rubber is first sliced by a rubber mixer, and then sent to a sol tank to mix the sol with gasoline. The sol is then emulsified and modulated and pumped to the latex intermediate tank. The rubber solution dissolved in gasoline is fed from the top of the distillation column, distilled by steam heating, and the light component gasoline is heated into a gas phase, and the gasoline gas is mixed and cooled by cold water in the oil-air cooler.

The oil-water mixture is then sent to the oil-water separator, and the oil-water is stratified.

The upper gasoline**, the lower water is then pumped to the cooling tower for cooling, and then the gas gasoline of the distillation tower is cooled after cooling; The latex in the distillation tower kettle is sent to the latex stirring cylinder according to its own pressure for stirring, modulation, and then separated from the glove raw material latex in the centrifuge, and then after color mixing and filtration, it is ready for use.

The glove model is first cleaned with acid and alkali and washed with water, and the washed model is first immersed in hot water and heated until the coagulant is impregnated and dried for dipping. After dipping, it is sent to the oven for preliminary drying, adding fiber inner sleeve, flushing hot water, and then sending it to the oven for vulcanization, drying and molding. After the gloves are demolded, they are inflated for inspection, set at low temperature, dried at medium temperature, washed, dehydrated, and dried, and then packaged and sent to the finished product warehouse.

Latex gloves are suitable for automobile manufacturing and battery manufacturing; FRP industry, aircraft assembly; aerospace; Environmental Cleanup & Cleanup. Latex gloves are abrasion resistant and puncture resistant; Anti-acid and alkali, grease, fuel and a variety of solvents, etc.; It has a wide range of chemical resistance and good anti-oil effect; FDA certified. The characteristics of latex gloves have a unique fingertip texture design, which greatly enhances the grip and effectively prevents slipping; Patented design without palm prints, uniform glue invasion, and enhanced protection; Exclusive hand design with cotton lining for added comfort.

Many people choose to wear latex gloves when they go out, and after wearing them for a long time, they will feel itchy and red on their hands, what is going on?

If the above situation occurs, it may be that you have bought an inferior product, this kind of gloves will generally have a pungent smell, and you should pay attention when buying; Second, it may be allergic to latex, if you are allergic, you must take off your latex gloves in time, rinse your hands repeatedly with normal saline, avoid contact with latex gloves and other latex products again, and if there is no relief, you should go to the hospital as soon as possible, so as not to spread the allergy symptoms and cause greater harm.

Wu Zunyou, chief epidemiologist and researcher of the Center for Disease Control and Prevention, said: The core problem is hand hygiene. Hand washing is a very important hygiene issue, regardless of whether you are wearing gloves or not.

You can make a hand mask regularly, apply hand cream, petroleum jelly, glycerin, etc. to your hands, and then wear latex gloves to let ** fully absorb and then take off and wash your hands.

Disposable latex gloves are made of high-quality natural latex and other additives refined by special powder-free process, and the products are non-toxic and harmless; It has good tensile strength, good adhesion, and flexible use. Advantages of disposable latex gloves:

100% pure primary color latex, good elasticity, easy to wear; Comfortable to wear, free of oxidizing agents and silicone oils, fats and salts; Strong tensile strength, puncture resistance, not easy to break; Superior chemical resistance, resistance to a certain pH, resistance to some organic solvents, such as acetone; Low surface chemical residues, low ionic content, and low particle content make it suitable for harsh cleanroom environments.

Uses of disposable latex gloves:

Powdered and powder-free disposable latex gloves are widely used in food processing, homework, agriculture, medical and other industries, purified disposable latex gloves are widely used in high-tech product installation and commissioning, circuit board production lines, optical products, semiconductors, disc actuators, composite materials, LCD display tables, precision electronic components and instrument installation, laboratory, medical and other fields.

Production process of latex gloves:

1. Wash the mold and wash the ceramic mold with clean water;

2. Soak the ceramic mold in calcium water, so that the surface of the ceramic mold is evenly distributed with calcium ions;

3. Drying, drying the ceramic mold soaked in calcium water;

4. Dip latex, soak the dried ceramic mold in latex, and make the surface of the ceramic mold covered with a layer of latex to form latex gloves;

5. Hemming, the ceramic mold of step 4 is passed through the hemming mechanism, and the opening of the latex gloves is curled;

6. Drying, dry the latex gloves after hemming to remove the moisture on the surface of the latex gloves;

7. Drain and take out the dried latex gloves after soaking them in hot water;

8. Drying vulcanization;

9. Water cooling, soak the latex gloves in step 8 in cold water to cool;

10. Demolding, taking off the latex gloves from the ceramic mold to complete the production of latex gloves.

Yes, latex industrial gloves are only suitable for use in the weak acid ring acacia eggplant.

If you need some acid resistance, nitrile gloves or other acid and alkali resistant gloves are recommended.

Latex glovesIt is elastic and highly durable, but lead is not resistant to animal fat corrosion and is prone to allergies.

Nitrile glovesIt is acid-proof, alkali-resistant, wear-resistant, oil-resistant, and does not contain static electricity. The glove pulls and elasticates better. Relatively high.

Acid and alkali resistant glovesIt is made of special synthetic rubber materials, which have super durability for aqua regia, nitric acid, and strong alkali. It can inhibit the damage of these corrosive substances to the human body. Both high and low concentrations of chemicals can be used in a wide range of applications.

Summary. Pro, first of all, the rubber is cut into thin slices, then into slices, it is fed into a sol tank and mixed with gasoline to the sol. After sol emulsification, it will be pumped into the latex ** tank.

A rubber solution dissolved in gasoline enters from the top of the distillation column and is steam distilled by heating, in which lightweight gasoline is heated to the vapor phase, and the gasoline is mixed with cold water and cooled. The oil-water mixture then reaches the oil-water separator and the oil-water stratification. The upper layer is used for ** gasoline, and the lower water is pumped to the cold water tower for cooling.

After cooling, gasoline is used to cool the distillation column. The latex from the distillation column is sent to the latex mixing tank for stirring and mixed according to its own pressure. Set aside after grading and filtering.

How are green latex gloves formed, pro, first the rubber is cut into thin slices, then into slices, it is fed into a sol tank and mixed with gasoline sol. After sol emulsification, it will be pumped into the latex ** tank. A rubber solution dissolved in gasoline enters from the top of the distillation column and is steam distilled by heating, in which lightweight gasoline is heated to the vapor phase, and the gasoline is mixed with cold water and cooled.

The oil-water mixture then reaches the oil-water separator and the oil-water stratification. The upper layer is used for ** gasoline, and the lower water is pumped to the cold water tower for cooling. After cooling, gasoline is used to cool the distillation column.

The latex from the distillation column is sent to the latex mixing tank for stirring and mixed according to its own pressure. Set aside after grading and filtering.

Pro, then wash the latex glove model with acid and alkali and then wash with water. The cleaned model is first immersed in hot water, heated to a coagulant, and then dried and impregnated. After impregnation, it is sent to the oven to start drying, the fiber inner sleeve is added, and the hot water is washed and sent to the oven for vulcanization, drying and molding.

The gloves are demolded, set at low temperatures, washed, dehydrated, dried, and then packed and sent to the product warehouse.

Summary. The production process of latex gloves: 1. Wash the mold and wash the ceramic mold with clean water; 2. Soak the ceramic mold in calcium water, so that the surface of the ceramic mold is evenly distributed with calcium ions; 3. Drying, drying the ceramic mold soaked in calcium water; 4. Dip latex, soak the dried ceramic mold in latex, and make the surface of the ceramic mold covered with a layer of latex to form latex gloves; 5. Hemming, the ceramic mold of step 4 is passed through the hemming mechanism, and the opening of the latex gloves is curled; 6. Drying, dry the latex gloves after hemming to remove the moisture on the surface of the latex gloves; 7. Drain and take out the dried latex gloves after soaking them in hot water; 8. Drying vulcanization; 9. Water cooling, soak the latex gloves in step 8 in cold water to cool; 10. Demolding, taking off the latex gloves from the ceramic mold to complete the production of latex gloves.

How are green latex gloves formed, the production process of latex gloves: 1. Wash the mold and wash the ceramic mold with clean water; 2. Soak the ceramic mold in calcium water, so that the surface of the ceramic mold is evenly distributed with calcium ions; 3. Drying, drying the ceramic mold soaked in calcium water; 4. Dip latex, soak the ceramic mold after drying and exacerbating in latex, so that the surface of the ceramic mold is covered with a layer of latex to form latex gloves; 5. Hemming, the ceramic mold of step 4 is passed through the hemming mechanism, and the opening of the latex gloves is curled; 6. Drying, dry the latex gloves after hemming to remove the moisture on the surface of the latex gloves; 7. Drain and take out the dried latex gloves after soaking them in hot water; 8. Drying vulcanization; 9. Water cooling, soak the latex gloves in step 8 in cold water to cool; 10. Demolding, taking off the latex gloves from the ceramic mold to complete the production of latex gloves.

Green latex gloves are polyurethane water dispersion or its compound latex as the sail of green latex gloves, with calcium nitrate coagulant, the use of ion deposition method, by ceramic hand mold in the latex impregnated, and then after 60 170 drying, the preparation of green latex gloves, the latex of green gloves can be Tianguo Qiaoran latex.