SMT double splice tape Color Black,yellow,blue
Length 40mm/58mm
Width 5mm/6mm/9.5mm/16mm
Size 8mm/12mm/16mm/24mm
Advantage
Improving production efficiency
Package 500pcs/box,250pcs/box
Two-ply Quilted Polyester, Class 100, laser edge sealing
1.Unique two-ply construction yields excellent absorbency and wiping efficiency
2.Superior strength allows for rigorous wiping with minimal release of fibers and particles
3.Solvent safe, double-bagged and vacuum cleanroom packaged
4.Engineered for a variety of critical cleaning applications
5.Sizes: 9″ x 9″ and 12″ x 12″
Low Chlorine Low Sulfur Latex Finger cots
Material 97% imported natural latex
Zinc oxide, peptide powder, complexin
and innovative sulfur-free technology
No free sulfur is added in the production
Low sulfur, no silicone oil, no powder, heat resistant, abrasion resistant.
Powder free, heat resistant, abrasion resistant
Made of NBR
Latex-free
Avoids risk of allergy
M 8.5 grams each.
Length greater than 230mm
Thickness greater than 7 mil
Double-sided diamond texture
Enhanced friction
Improves grip in wet and dry conditions
Maintains operational stability
Resistant to chemicals, corrosion, punctures, oil, water and abrasion
Oil, water and abrasion resistant
Suitable for industrial production Mechanical maintenance Construction and renovation
Logistics Planting and gardening Food processing, painting, drawing, etc.
#Lijieclean#honbest 9"#lowchlorine #lowsulfur #nitrilegloves length ≥ 230MM, Nitrile rubber material, finger hemp design. Strictly control the release of chlorine, sulfur and other reactive ions through the secondary cleaning process, to avoid corrosive substances on the erosion of precision components and processes in line with EN14582:2016 standards, chlorine content limit ≤ 300ppm.
Become a key consumable for battery cells, precision electronics, semiconductors and other ultra-clean environment
Lijiejing
9-inch low-chlorine anti-static white nitrile gloves Glove length ≥ 230 mm, nitrile rubber material, finger-tip design Enhanced with anti-static materials and special processing techniques, the surface resistance ranges from 10⁶ to 10⁹ ohms, effectively preventing static buildup. Chloride ion content strictly controlled below 300 ppm: Suitable for static-sensitive applications such as semiconductor manufacturing, circuit board assembly, and optical component installation, reducing chemical residue contamination of precision components or cleanroom environments.
Lijieclean 12” Anti-Static Latex Gloves
Gloves length ≧ 280MM, made of natural rubber, hemp surface design. By adding anti-static material or special process, the surface resistance ranges from 6 times of 10 to 9 times of 10, which can effectively prevent static electricity from accumulating.
Suitable for: electronics manufacturing, microelectronics industry, to avoid static electricity lead to component breakdown, failure; optoelectronics and semiconductor industry; biological laboratories to deal with static-sensitive samples; precision machinery maintenance, watch assembly, art restoration and other need to prevent static electricity and the requirement of flexible hand scenes.
Behind the “clean” label of dust-free gloves lies the precise collaboration of materials science, production processes, and standard enforcement. From preventing a single sulfur particle from corroding a chip to blocking a single drop of oil from penetrating and jeopardizing food safety, every correct choice strengthens the quality defense line.
Next, I will share with you the top ten classic issues regarding disposable dust-free purified latex nitrile gloves in medical, electronic, and laboratory settings.
Have you met the following problems before : sticky mat is not sticky enough or dust removal effect is poor problem.
It is often seen that workers step on the surface after the accumulation of dust, the soles of shoes still have dust, dust removal effect is poor and unsatisfactory. How to solve?
Here is our solution:
1. Replace the sticky pads regularly (recommended to be replaced every 500-1000 times of stepping or when pollution is serious).
2. Li clean sticky pads according to different dust environment for customers to match the appropriate viscosity of the sticky pads.
3. Different viscosity for different climatic conditions, low viscosity in summer and high viscosity in winter.
How to ensure that the disposable dust-free finger cots can effectively prevent static electricity generation during the electronic manufacturing process to ensure the production quality and stability of the products?
Solution:
Lijiejing Low Sulfur Halogen Free ESD Nitrile Finger cots are made of high quality 100% Nitrile and innovative sulfur-free technology. By precisely controlling the surface resistance of 10^6-10^9Ω, they can effectively dissipate static electricity and ensure that components are free from ESD damage.
Have you met the problem anti-static performance of ESD shoes decreased ？
The sole of the shoe is not abrasion-resistant and the sole is broken.
How to solve it?
Solution:
Leigh Clean ESD shoes are made of high wear-resistant material with deep groove pattern to disperse pressure and reduce friction loss. A conductive pad is added to the sole to directly connect the sole to the upper to increase the anti-static effect. The manufacturing process is in line with ESD standard production, surface resistance within the range of 10⁶~10⁹Ω
When you use cleanroom wiper due to fiber friction, dry environment or contact with other charged objects, easy to accumulate static electricity. This may damage the precision electronic components, resulting in product failure or scrap. How to reduce the static electricity problem of dustless cloth?
Here is our solution:
Honbest ESD cleanroom wiper is made of 80% polyester + 20% nylon + conductive fiber. It meets the ESD standard with a surface resistance in the range of 10⁶~10⁹Ω.
Have you ever met the probelm with nitrile gloves which offer poor fit and limited dexterity? Traditional nitrile materials tend to be stiff, creating excessive palm gaps that hinder precise maneuvers and cause fatigue during prolonged use.
Solution: We recommend Lijie Clean Ultra-Thin Synthetic Latex Gloves. Weighing just 4.5g, they deliver lightweight breathability with 60% greater softness while maintaining tear resistance.
What should I do if I experience an allergic reaction after wearing disposable latex gloves? Solution: Choose Lijie Clean synthetic latex gloves or Lijie Clean nitrile gloves, which are free of water-soluble proteins and less likely to cause allergies or contact dermatitis.
Do you know why do gloves turn yellow after wearing?
The yellowing of gloves is primarily related to the user's physical constitution. For individuals with higher sweat secretion, the acid-base components in their sweat may react with the glove material over prolonged contact, causing yellowing. This phenomenon is similar to the yellowing of white clothing after wearing and is a normal material reaction that does not affect the gloves' protective function.
Do you know the development History of Latex Gloves and Nitrile Gloves ?
The application history of latex gloves predates that of nitrile gloves by approximately a century. Latex gloves first entered surgical use around 1870, while nitrile gloves did not emerge until the 1960s. The development of nitrile materials was primarily driven by the growing prevalence of latex allergies. This evolutionary trajectory demonstrates that advancements in protective equipment technology have consistently been guided by addressing practical needs.
Acceptable Quality Limit for sampling inspection.The AQL standard for disposable gloves in industrial applications is 4.0.In medical applications, the AQL control range is 2.5 to 1.5.#latexgloves #surgicalgloves #AQL
Is there a difference in dust shedding prevention between non-woven masks and woven masks? Does it significantly impact cleanroom environments?
Dust shedding is a critical issue in cleanroom environments. Conventional non-woven masks feature loosely structured fibers in their anti-adhesive layer, making them prone to shedding fibers during wear or breathing. These fibers can settle on product surfaces—such as chips or precision components—directly causing product scrap. In contrast, the “slip fabric” in slip fabric masks is typically high-density film or specially treated non-woven material with heat-sealed edges. Its tightly structured fibers resist shedding, effectively reducing fiber contamination.
Why is there a twofold difference in the price of nonwoven fabric raw materials?
Answer: The low price of nonwoven fabric raw materials stems primarily from two reasons: First, the production process is simplified and specifications are reduced. Standard materials feature fine, uniform fibers, while low-cost materials use coarse fibers and cut corners in processing. At the same thickness, their basis weight is 10%-20% lower, making them prone to tearing during use. Second, they contain large amounts of recycled materials (e.g., crushed old plastic bottles or waste nonwoven fabric). Pure raw materials (pure PP, pure PE) are costly, while recycled materials can cut costs by over half. However, these impurities result in nonwoven fabrics prone to fiber shedding and poor strength. SuperClean E-commerce has dedicated 20 years to the nonwoven fabric industry! We strictly reject recycled materials, selecting only high-purity virgin PP/PE raw materials to produce durable, clean, and premium products.