QUALITY CATEGORY A & CATEGORY B FACTORY

Antistatic plastics require that their volume resistivity must be reduced to below 1012Ω·cm, while conductive plastics require that their volume resistivity be less than 106Ω·cm or their conductivity be greater than 2S/cm. There are many different methods for plastic products to resist static electricity, which can be summarized as follows.   1) Use conductive devices to eliminate static electricity during the processing of plastic products.   2) Increasing the air humidity in the processing and use environment of plastic products is conducive to inhibiting the generation of static charges and promoting the leakage of charges.   3) Use blending with structural conductive polymer materials or change the polymer structure through grafting copolymerization to make it carry more polar groups or ionized groups, reduce resistivity, and increase conductivity.   4) Use strong oxidants to oxidize or use corona discharge to treat the surface of plastic products to improve the surface conductivity of the material.   5) Apply a conductive coating or a layer of conductive film on the surface of the product.   6) Add conductive fillers such as graphite, carbon black, metal or metal oxide powder to the plastic, and disperse the conductive fillers into the plastic through mixing to make it a composite conductive plastic.   7) Add antistatic agent to treat the material with antistatic agent to activate its surface and improve the surface conductivity of the material. These methods have their own characteristics and limitations. In comparison, adding antistatic agent is the simplest and most effective, with low cost, strong practicality and the most common application.   Plastic barrel antistatic uses plastic antistatic agent, which is suitable for antistatic treatment of plastic, does not affect transparency, and the resistance value can reach 10 8-10 11 times, meets environmental protection requirements, FDA, ROHS, REACH, has good compatibility with raw materials, is not affected by temperature and humidity, and has no precipitation. It can effectively prevent the final product from absorbing dust, prevent the product from being contaminated by dust and affecting the appearance and performance of the product, prevent the fire and explosion caused by discharge, and curb the damage caused by static electricity.

Maintaining a sparkling car exterior requires more than just soap and water—it demands the right tools. A high-quality car wash plastic bucket is a foundational piece of equipment that directly impacts the effectiveness and safety of your car wash routine. Whether you’re a professional detailer or a DIY enthusiast, selecting the perfect bucket involves considering material durability, design functionality, and practical features that align with your needs. This guide will walk you through the key factors to ensure you make an informed choice. 1. Material Matters: Durability and Safety The material of your car wash bucket determines its longevity and resistance to harsh chemicals. Here’s what to look for: HDPE vs. PP Plastics HDPE (High-Density Polyethylene): Known for its superior impact resistance and chemical stability, HDPE buckets are ideal for heavy-duty use. They can withstand extreme temperatures and resist warping, making them perfect for outdoor environments. Example: Chemical Guys’ Acc 160 bucket, made from HDPE, is designed to handle up to 300 pounds of pressure, ensuring long-term durability. PP (Polypropylene): Lighter than HDPE, PP offers excellent heat resistance and is commonly used for collapsible buckets. While slightly less durable, it’s a great choice for portability and storage. Food-Grade and BPA-Free Options Opt for BPA-free or food-grade plastics if you plan to use the bucket for other purposes (e.g., mixing wax or storing cleaning solutions). These materials are safe for contact with surfaces and won’t leach harmful chemicals. 2. Capacity and Size: Fit Your Needs The size of your bucket depends on your vehicle type and washing habits: Standard Sizes 3.5–5 Gallons: Ideal for most cars and SUVs. A 3.5-gallon bucket (e.g., Meguiar’s Yellow Bucket) offers a balance between capacity and maneuverability, while 5-gallon options provide ample space for larger vehicles or heavy-duty cleaning. Collapsible Buckets: Brands like Craft End offer foldable 10L (2.6-gallon) buckets that save space when not in use, making them perfect for travel or small garages. Grit Guard Compatibility A grit guard is a must-have accessory that traps dirt at the bottom of the bucket, preventing scratches. Ensure your bucket’s diameter (typically 12 inches) matches standard grit guards, such as the Chemical Guys Dirt Trap or Meguiar’s X3003. 3. Design Features for Efficiency The right design can streamline your car wash process and protect your vehicle: Ergonomic Handles Look for non-slip, padded handles that reduce strain when carrying a full bucket. Chemical Guys’ buckets feature reinforced handles that double as seating during detailing sessions. Drainage and Pour Spouts A angled spout ensures controlled pouring, while built-in drainage holes (e.g., Viking Automotive’s bucket inserts) make rinsing easier and prevent water stagnation. Transparent or Smoked Exteriors Transparent buckets (e.g., Chemical Guys’ Ultra Clear Bucket) let you monitor water clarity, while smoked designs hide dirty suds for a cleaner look. 4. Brand Reputation and User Reviews Stick with trusted brands that prioritize quality and innovation:   Chemical Guys: Renowned for heavy-duty buckets like the Acc 160, which include lids for storage and seat functionality. Meguiar’s: Their Yellow Bucket is a classic choice, praised for its sturdy build and compatibility with grit guards. Griot’s Garage: Offers premium buckets with integrated tool organizers, ideal for professional detailers.   Check user reviews for durability, ease of use, and value. Avoid cheap “all-in-one” kits, as they often include low-quality buckets that crack easily. 5. Maintenance and Longevity Proper care ensures your bucket lasts:   Regular Cleaning: Rinse after each use and disinfect with a mild bleach solution to prevent mold and odor. Avoid Harsh Chemicals: While HDPE and PP resist most detergents, prolonged exposure to solvents like gasoline can degrade plastic. Stick to pH-neutral car wash soaps. Store Properly: Collapsible buckets should be dried and folded to avoid warping. Stack rigid buckets upside down to prevent dust accumulation. 6. Budget-Friendly vs. Premium Options Budget Picks: Collapsible buckets (e.g., Craft End’s 10L model) cost under $20 and are great for occasional use. Premium Choices: Chemical Guys’ Acc 160 ($30–40) or Meguiar’s Yellow Bucket ($25–35) offer unmatched durability and features. Final Verdict: Top Picks for 2025 Best Overall: Chemical Guys Acc 160 A 4.5-gallon HDPE bucket with a lid, grit guard compatibility, and heavy-duty construction. Best Value: Meguiar’s Yellow Bucket A 3.5-gallon classic praised for its ergonomic handle and affordability. Best for Portability: Craft End Collapsible Bucket A lightweight, BPA-free option that folds to 1.9 inches for easy storage.   By prioritizing material quality, design functionality, and brand reliability, you’ll invest in a car wash bucket that delivers spotless results while protecting your vehicle’s finish. Remember, the right bucket isn’t just a tool—it’s an essential part of your car care arsenal. Choose wisely, and enjoy a gleaming ride for years to come!   Looking to upgrade your car wash routine? Pair your bucket with a foam gun and microfiber wash mitt for professional-level results. Check out our guide on Best Car Wash Kits for 2025 for more tips!

Selecting the optimal plastic for paint and coating packaging requires balancing durability, chemical resistance, and sustainability. Whether storing industrial solvents, water-based paints, or specialty coatings, the right material ensures product integrity, compliance, and environmental responsibility. Below, we analyze the most widely used plastics in this sector and their evolving applications. 1. HDPE (High-Density Polyethylene): The Industry Standard Why It’s Preferred HDPE dominates paint packaging due to its exceptional chemical resistance and structural durability. It withstands aggressive solvents, acids, and alkalis without degrading, making it ideal for industrial coatings and automotive paints1. Key advantages include: Impact Resistance: Protects against leaks during transport, even under extreme temperatures (-40°C to 120°C)1. Lightweight Design: Reduces shipping costs compared to metal alternatives. Recyclability: Classified as #2 plastic, HDPE is widely recycled, aligning with circular economy goals. Applications: 5L–25L containers for solvent-based paints and varnishes. Square-shaped HDPE buckets with secure lids (e.g., tamper-evident closures) for safe storage1. 2. PP (Polypropylene): The Heat-Resistant Contender Emerging in Sustainable Packaging Polypropylene is gaining traction, particularly for water-based coatings and eco-conscious brands. Recent innovations, such as CirculenRecover PP (a mechanically recycled polymer), highlight its role in reducing plastic waste while maintaining performance2. Notable features: High-Temperature Tolerance: Withstands hot-fill processes (up to 135°C), critical for specialty coatings requiring sterilization. Recycled Content: Brands like Nippon Paint have adopted PP buckets with 30%–50% post-consumer recycled content to meet ESG targets2. Case Study: A 2022 award-winning paint packaging solution by Nippon utilized recycled PP, cutting carbon emissions by 15% while maintaining leak-proof performance2. 3. Key Considerations for Material Selection Chemical Compatibility Solvent-Based Paints: HDPE’s resistance to hydrocarbons and ketones prevents container swelling or brittleness1. Water-Based Coatings: PP’s moisture barrier properties minimize evaporation and preserve viscosity. Regulatory Compliance FDA/EU Standards: HDPE and PP are FDA-compliant for indirect food contact (e.g., coatings for food packaging)12. Recycling Certifications: Look for APR (Association of Plastic Recyclers) approval to ensure compatibility with recycling streams. Sustainability Drivers Recycled Content: Brands increasingly demand PCR (Post-Consumer Recycled) HDPE/PP to meet corporate sustainability pledges. Design for Recycling: Avoid multi-material lids or non-removable labels that complicate recycling processes. 4. Innovations Shaping the Future Bio-Based Plastics: PLA blends are being tested for low-VOC coatings, though heat resistance remains a challenge. Smart Packaging: RFID-tagged HDPE buckets enable real-time tracking of paint batches, reducing waste in logistics. Lightweighting: Advanced blow-molding techniques reduce HDPE thickness by 20% without compromising strength1. 5. How to Verify Quality Pressure Testing: Reputable manufacturers conduct rigorous tests (e.g., 99.8% leak-proof guarantee)1. UV Stabilization: For outdoor paint storage, opt for UV-resistant additives to prevent degradation. Supplier Certifications: Prioritize ISO 9001-certified producers with traceable material sourcing. Conclusion HDPE remains the cornerstone of paint packaging, while recycled PP is emerging as a sustainable alternative. By prioritizing chemical resistance, recyclability, and supplier transparency, brands can enhance product safety and environmental stewardship. Need Expert Guidance? Request a free material compatibility report tailored to your coating formulation.

When packaging viscous, acidic, or oily sauces like fruit jams, maple syrups, or spicy condiments, choosing the right plastic container isn’t just about storage—it’s about preserving flavor, ensuring safety, and meeting strict regulations. Here’s how food-grade plastic buckets must perform to protect both your product and your brand reputation. 1. Material Safety: Non-Toxic & Chemically Inert Sauces often contain acids (e.g., citric acid in jams), oils (in chili sauces), or sugars (syrups), which can react with substandard plastics. Safe containers must: Use FDA/EU-compliant resins: High-Density Polyethylene (HDPE) and Polypropylene (PP) are preferred for their resistance to food acids and fats. Avoid BPA and phthalates: Even trace chemicals can leach into high-sugar or high-fat products. Withstand sterilization: Some hot-fill sauces (e.g., BBQ glazes) require buckets that tolerate temperatures up to 100°C without warping. Case Example: A hot sauce brand recalled 10,000 units due to PVC buckets imparting a metallic taste. Switching to HDPE resolved the issue. 2. Airtight Seals: Preventing Spoilage & Leaks Sauces are prone to oxidation and microbial growth if exposed to air. Critical features include: Silicone-gasket lids: Create hermetic seals for products like fermented kimchi sauce. Tamper-evident bands: Build consumer trust for retail-ready syrup bottles. Leak-proof spouts: Enable mess-free pouring for industrial-sized jam buckets used in bakeries. Lab Data: HDPE buckets with proper seals extend strawberry jam shelf life by 30% compared to low-grade alternatives. 3. Design Adaptations for Different Sauces Not all sauces are created equal—containers must adapt: Jams & Preserves: Wide-mouth 5L buckets allow easy scooping of chunky fruit mixtures. Syrups: Transparent PET containers let buyers verify clarity and purity. Hot Sauces: Opaque, UV-resistant buckets (black or amber) prevent chili oil degradation. Pro Tip: Add volume markers for batch consistency, or emboss “Refrigerate After Opening” for consumer safety. 4. Compliance & Certifications Global sauce exporters need containers that meet regional standards: FDA 21 CFR: Mandatory for U.S. sales. EU Regulation 10/2011: Required for European markets. Halal/Kosher certifications: Critical for sauces sold in MENA regions. Cost-Saver: Work with suppliers pre-certified for major markets to avoid redundant testing. 5. Sustainability Demands Eco-conscious consumers scrutinize packaging: Recyclable materials: HDPE (#2) and PP (#5) are widely accepted in recycling programs. PCR content: Post-consumer recycled plastics appeal to brands like organic syrup producers. Reusable designs: Durable 20L buckets for bulk restaurant supplies reduce single-use waste. Success Story: A Canadian maple syrup brand boosted sales by 22% after switching to buckets labeled “100% Recyclable – Plant-Based Resin.” How to Test Compatibility Before mass production: Acid Resistance Test: Soak buckets in vinegar (pH 2.5) for 48 hours—no odor or discoloration should occur. Heat Tolerance Check: Fill with hot sauce (85°C) and monitor for warping. Seal Integrity Trial: Invert filled buckets for 24 hours to detect leaks. Conclusion For sauce producers, the right plastic bucket is a silent partner in quality control. Prioritize inert materials, robust seals, and certifications tailored to your market. Need a Risk-Free Trial? [Your Company] offers free samples of sauce-ready buckets with custom printing options. Validate compatibility with your recipe today.

    When selecting plastic buckets for food storage or packaging, understanding standard capacities and material safety is critical. Whether you’re packaging honey, pickles, or bulk ingredients, the right container ensures product integrity, compliance, and cost efficiency. Here’s a breakdown of what food producers need to know. Popular Capacities for Food-Grade Plastic Buckets Food businesses often prioritize containers that balance practicality with storage needs. The most widely used sizes include: 1L–5L: Ideal for retail-ready products like sauces, condiments, or artisanal goods. A 5L bucket, for example, comfortably holds 4–5 kg of honey or fermented vegetables. 10L–15L: Perfect for mid-sized batches, such as bulk nuts, dairy cultures, or pre-mixed ingredients for bakeries. 20L–25L: Commonly used in commercial kitchens or food processing plants for oils, brines, or dry goods like flour and grains. Tip: Stackable designs (e.g., tapered walls) can optimize warehouse space, especially for larger capacities. Primary Materials in Food-Safe Plastic Buckets Not all plastics are suitable for food contact. The most trusted options are: High-Density Polyethylene (HDPE) Why it’s preferred: Resistant to acids, oils, and temperatures from -40°C to 120°C. Common uses: Dairy containers, vinegar storage, and bulk liquid transport. Safety: FDA-compliant, BPA-free, and recyclable (#2 plastic). Polypropylene (PP) Advantages: Withstands hot-fill processes (up to 135°C), making it ideal for sterilized foods. Applications: Ready-to-eat meals, hot-packaged soups, or microwave-safe packaging. PET (Polyethylene Terephthalate) Best for: Transparent containers where product visibility matters (e.g., dried fruits, candies). Limitations: Less heat-resistant than HDPE or PP. Beyond Size & Material: 3 Often-Overlooked Features Seal Integrity Look for buckets with silicone-gasket lids to prevent oxidation. For fermented foods like kimchi, airtight seals are non-negotiable. UV Protection Colored or opaque HDPE buckets (e.g., white, black) protect light-sensitive products like olive oil from degradation. Customization Options Embossed volume markers, pour spouts, or handles can streamline workflows. For instance, a 20L bucket with a built-in handle reduces spillage during transport. Case Study: How a Nut Butter Brand Scaled Sustainably A California-based almond butter company switched from glass jars to 10L HDPE buckets for bulk shipping. Results: Costs dropped by 22% due to lighter weight and unbreakable design. Shelf life extended by 3 months thanks to UV-blocking black containers. Brand loyalty grew after adding eco-labels (“100% Recyclable”) and QR codes linking to recipes. Final Tips for Food Producers Verify certifications: Ensure buckets meet FDA (U.S.) or EFSA (EU) standards. Test compatibility: Some acidic foods (e.g., tomato paste) may require PP over HDPE. Plan for reuse: Design buckets for easy cleaning if they’ll be reused in-house. By focusing on industry-trusted sizes, materials, and smart design features, food businesses can enhance safety, cut costs, and align with sustainability goals. Ready to explore options? JM Plastic Co.,Ltd offers free sample kits to test fit and functionality.

Selecting food packaging isn’t just about size—it’s about chemistry, logistics, and psychology. Follow this checklist to find your perfect match:   Step 1: Assess Your Product Liquids (soups, oils)? Opt for JM Plastic’s wide-mouth 10L buckets with pour spouts. Powders (protein, spices)? Choose anti-static 5L buckets with scoop slots.   Step 2: Prioritize Safety Our buckets are BPA-free and resist UV degradation—crucial for outdoor storage or sunny store displays.   Step 3: Branding Matters A craft hot sauce company boosted sales by 120% using our matte-black buckets with neon laser printing.   Step 4: Calculate ROI Bulk discounts: Save 15% on 1,000+ units. Reduced damage claims: Our 25L buckets have a 99.8% intact delivery rate.   Step 5: Test & Iterate JM Plastic offers custom molds for unique shapes (e.g., hexagonal honey buckets).   Final Thought: Packaging is your silent salesperson. Make every inch count.

A 2plasticbucketvs.a2plasticbucketvs.a1 generic container? The cheaper option could cost you thousands in recalls, wasted product, or lost customers. Here’s how JM Plastic’s food-grade buckets protect your bottom line:   Cost-Saving Features Reusable Design: Restaurants reuse our 5L buckets for bulk sauce storage, cutting single-use waste. Tamper-Evident Lids: Avoid contamination lawsuits—critical for nut butters or baby food. Nesting Buckets: Empty containers take 50% less space during return shipping. Industry Stats 68% of consumers avoid repurchasing products with damaged packaging (Source: Packaging Digest). Custom-printed buckets increase brand visibility by 3x at wholesale markets.   Try Before You Buy: We’ll send 3 sample buckets (your choice of size) to test with your product—zero upfront cost.

  Fermentation & Pickling: Our 15L buckets with airtight seals are a hit with kimchi and sauerkraut producers. Bulk Retail Displays: Transparent 3L buckets let customers see premium nuts or granola up close. Eco-Conscious Branding: Use recycled PET buckets (with custom eco-labels) to attract sustainability-driven buyers. Why Competitors Can’t Keep Up Limited Offer: New clients get free design templates to kickstart their custom packaging.

Did you know that 23% of food waste occurs during storage and transit? For businesses handling perishables like dairy, fermented foods, or bulk ingredients, durable packaging isn’t optional—it’s essential. JM Plastic’s food-safe buckets offer a game-changing solution:   Why Food Companies Choose Us ✅ Versatile Sizes: 1L mini buckets for artisanal jams, 25L heavy-duty containers for bulk olive storage. ✅ Temperature Resilience: Withstand -20°C to 120°C—ideal for frozen berries or hot-pack sterilization. ✅ Custom Color Coding: Assign colors to batches or product lines (e.g., blue for gluten-free, red for spicy).   Case Study: A Spanish olive oil company cut logistics costs by 25% using our stackable 20L buckets, while their embossed logo design boosted brand recall at retail stores.   Pro Tip: Pair our buckets with oxygen absorbers for dry goods like coffee beans or nuts to extend shelf life.

    When it comes to food safety and branding, packaging is no longer an afterthought—it’s a critical business decision. Food manufacturers are increasingly turning to high-quality plastic buckets to solve challenges like contamination risks, transportation inefficiencies, and bland branding. At JM Plastic, our food-grade buckets (1L to 25L) are engineered to meet strict FDA and ISO standards, ensuring your products stay fresh and safe.     Key Advantages Leak-Proof & Airtight Seals: Perfect for liquids like honey, syrups, and fermented sauces. Custom Branding: Print your logo, nutritional labels, or handling instructions directly onto the bucket—no stickers that peel off. Stackable Design: Reduce shipping costs by 30% compared to irregular-shaped containers. Real-World Use Cases A Thai chili sauce producer reduced spillage by 90% after switching to JM Plastic’s 5L buckets with reinforced handles. A Canadian organic honey brand saw a 40% sales boost with our transparent 10L buckets showcasing product quality. Ready to upgrade? Request free samples tailored to your product type—whether pickles, jams, or bulk dry goods.

(1) Develop safe operating procedures for blow molding processing. When an equipment or personal injury accident occurs, one cannot simply blame the carelessness of one person or group. The management department must be foreseeable and prepared for operational safety and respond quickly to unsafe situations. What is more important is to formulate and revise safe operating procedures in a timely manner, and safety procedures must be enforced. (2) Prevent personal accidental injury. In order to prevent accidental personal injury, safety protective covers should be installed on the transmission parts of all machines; safety doors should be installed on the product demoulding outlet; safety and thermal insulation protective covers should be installed on the heating area of the machine; crushers should be equipped to prevent steel from falling in and prevent operators from There are protective devices inside the machine when reaching into the machine; emergency brake buttons and alarms should be installed on key parts of the equipment; all pressure vessels should undergo regular hydraulic tests, etc. During blow molding operations, if there are more than two people operating, the division of labor must be clear; when loading and unloading equipment or molds, the power supply and air source should be cut off, and a "maintenance" sign should be hung at the repair area; when large containers are produced, due to mold The cavity has a large volume. In order to prevent the human body from entering the mold cavity, a safety door should be installed. The mold cannot be closed when the door is not closed and people have not left the mold. During blow molding operations, do not perform high-temperature operations such as welding and gas cutting near the machine head. ; When running the cold machine, the operator cannot stand under the machine head to prevent the overheated melt from splashing and injuring people; when performing material crushing operations, do not open the outer cover for maintenance without cutting off the power supply. (3) Safety protection of the machine. The machine should be equipped with overload protection and safety protection devices. A simple overload protection device is to install a safety pin on the drive pulley. Once the transmission is abnormal and the safety pin breaks, the machine will stop transmission. Fixed temperature start-up protection device. Install a constant temperature starter on the blow molding machine. If the blow molding machine does not reach the set heating temperature, the blow molding machine will not start even if the start button is pressed. Blow molding machine safety and explosion-proof device. The device's explosion-proof diaphragm can withstand a certain range of melt pressure. The magnetic frame is installed in the hopper of the blow molding machine and uses the magnetic field of the permanent magnet to prevent steel and metal debris from entering the blow molding machine.

1. PET material 1. PET advantages: Plastic is often used to make plastic bottles, beverage bottles and other products. The plastic mineral water bottles and carbonated drink bottles that people often buy are PET packaging products, which are food-grade safe plastic materials. 2. Safety hazards: PET is only suitable for holding room temperature or cold drinks, and is not suitable for holding overheated food. If the temperature is overheated, the bottle will release toxic substances that may cause cancer. If PET bottles are used for too long, they will automatically release toxic substances. Therefore, throw away plastic beverage bottles immediately after use. Do not use them to hold other foods for a long time to avoid affecting health. 2. PP material PP plastic is one of the most common plastics and can be made into plastic packaging for any product, such as food-specific plastic bags, food plastic boxes, food straws, food plastic parts, etc. It is safe, non-toxic and resistant to low temperatures and It has good high temperature resistance. PP is the only plastic that can be heated in a microwave oven. It has high strength and folding resistance (50,000 times) and will not be damaged when dropped from high altitude at -20°C. PP plastic bag: Polypropylene PP characteristics: hardness is second to OPP, can be stretched (two-way stretching) into a triangle, bottom or side sealing (envelope bag), tube material. The transparency is worse than OPP. 3. HDPE material 1. HDPE plastic, commonly known as high-density polyethylene, has a high service temperature, good hardness, mechanical strength and chemical resistance. It is a non-toxic and safe material and is often used in the production of plastic containers for food. High density low pressure polyethylene is brittle to the touch and is mostly used to make vest bags. ​​ 2. Safety hazards: Plastic containers made of HDPE are not easy to clean, so recycling is not recommended. It is best not to heat it in the microwave.   4. LDPE material 1. LDPE Low density polyethylene, commonly known as low-density polyethylene, has a soft hand feel. Products made from it are tasteless, odorless, non-toxic and matte. Commonly used in plastic parts for food, composite films for food packaging, food cling film, plastic packaging for medicine and pharmaceuticals, etc. ​ 2. Safety hazards: LDPE does not have strong heat resistance, and hot melting will usually occur when the temperature exceeds 110°C. For example: Do not wrap food in household food plastic wrap and heat it to avoid the grease in the food easily dissolving harmful substances in the plastic wrap.   5. PS material 1. PS is often used to make bowl-type instant noodle boxes, fast food boxes, disposable food packaging boxes, etc., and has good cold resistance. 2. Safety hazard: PS box cannot be placed in a microwave oven to avoid excessive temperature release of toxic substances. It has poor acid and alkali resistance and is not suitable for holding acidic foods to avoid decomposing carcinogens.

Dangerous goods refer to substances that endanger human life and property due to combustion, explosion, corrosion, poisoning, radioactive radiation, etc. Dangerous goods have special and strict requirements for packaging, stowage, isolation, loading and unloading, management, transportation conditions and fire and first aid measures. Its safe transportation is closely related to the safety of people's lives and property. Packaging directly affects the safe transportation of dangerous goods, so dangerous goods require stricter packaging.   Regarding the use of packaging for exporting dangerous goods, the state stipulates that enterprises that produce packaging containers for exporting dangerous goods must apply to the inspection and quarantine agency for performance appraisal of packaging containers. Enterprises that produce and export dangerous goods must apply to the inspection and quarantine agency for identification of packaging containers. Dangerous goods using unidentified packaging containers are not allowed to be exported.   There are three categories of dangerous goods packaging: I, II, and III.   Class I packaging: The goods are highly dangerous and require high packaging strength.   Category II packaging: The goods are of medium risk and require high packaging strength.   Category III packaging: The goods are of low risk and the packaging strength requirements are average.   This standard applies to export dangerous goods packaging with a volume of no more than 450 liters (liquid loading) and a net weight of no more than 400 kilograms (except for packaging of pressure receptacles, radioactive substances and infectious substances) For Class 3 dangerous goods, the packaging category is determined based on the flash point. The lower the flash point, the more dangerous it is!   PG I: Flash point is less than -18℃ PGII: flash point between -18℃ and 23℃ PGIII: flash point greater than 23℃   1. Packaging requirements for corrosive items: The key to packaging corrosive items is to pay attention to the changes between items and containers. ① For such volatile corrosive items, acid-resistant containers should be used, sealed and stored in wooden boxes. ② Metal containers need to be painted with anti-corrosion paint to block corrosion of corrosive items on the metal containers. ③Do not use glass containers for hydrofluoric acid as it will corrode. Plastic buckets or metal buckets should be used.   2. Packaging requirements for explosive and flammable items: ① The explosion-proof barrel is equipped with a safety valve, which can automatically adjust the deflation when the pressure in the barrel increases. ②Package in plastic barrels and put into iron or wooden boxes ③The weight of explosive items in each barrel cannot exceed 50 kilograms.   3. Packaging requirements for toxic goods: The main requirements for dangerous goods packaging are that they must not be breathable and must be tightly packed. ① For organic pesticide items, use asphalt sacks with tight seams. If packed in plastic bags or asphalt paper bags, the outside should be packed in gunny bags or cloth bags. ② There must be obvious signs of toxic substances. ③ For toxic crystals such as heavy potassium and heavy sodium, they should be packed in sturdy buckets. The mouth of the bucket should be tight and leak-proof, and the wall of the bucket should not be less than 1.2 mm. It can be seen from the above that there are many types of dangerous goods, including liquids, powders, compressed gases, solids, etc. Each type of packaging method is different. The packaging of dangerous goods varies greatly according to the nature of the object; at the same time Strict and professional regulations are needed in transportation to better avoid and respond to unexpected events.   visit www.jmbucket.com to chose a suitable bucket.

Daily necessities packing buckets and food buckets are containers used to store and transport various items. Daily necessities packing buckets are typically used to store and transport household essentials such as cleaning supplies, toiletries, and other household goods. They come in various sizes and materials, such as plastic, metal, or cloth, and can be designed with handles or lids for ease of use.   Food buckets, on the other hand, are specifically designed to store and transport food items. They are often made of food-grade plastic or metal and are designed with airtight lids to keep the food fresh and prevent contamination. Food buckets can be used for a variety of purposes, such as storing grains, flour, sugar, or other dry goods, or for transporting prepared meals or snacks. Both daily necessities packing buckets and food buckets are useful for organizing and storing items and can be particularly handy for camping trips, picnics, or other outdoor activities. It's important to choose the appropriate type of bucket for the items you plan to store or transport, and to ensure that the bucket is clean and sanitized before use to prevent any contamination. Diversified food packaging design So, what kind of workshop conditions can produce food packaging barrels? If the food packaging barrels are made of plastic, they can be produced in a plastic injection molding workshop. This type of workshop typically requires a clean and controlled environment to prevent contamination of the plastic material during the manufacturing process. The workshop should be equipped with injection molding machines, molds, and other necessary equipment, as well as a quality control system to ensure that the finished products meet the required standards for food safety. High standard dust-free workshop Regardless of the type of workshop conditions used to produce food packaging barrels, it is important that the manufacturing process complies with relevant food safety regulations and standards to ensure that the finished product is safe for use with food. Hunan Jieming Plastics Industrial Co., Ltd is a highly professional and reputable manufacturer of food packaging barrels and daily necessities packaging barrels. The company is committed to providing high-quality products that meet the highest standards of safety and hygiene, and to delivering exceptional customer service to clients around the world.   With years of experience in the industry, Hunan Jieming Plastics Industrial Co., Ltd has developed a deep understanding of the unique needs and requirements of its clients in the food and packaging industries. The company has invested in state-of-the-art equipment and technology, as well as a highly skilled team of professionals, to ensure that its products are manufactured to the highest standards of quality and safety. Hunan Jieming Plastics Industrial Co., Ltd is dedicated to providing its clients with a wide range of packaging solutions that are both practical and aesthetically pleasing. The company's food packaging barrels and daily necessities packaging barrels come in a variety of sizes, shapes, and colors, and can be customized to meet the specific needs of its clients.   In addition to its commitment to quality and customer service, Hunan Jieming Plastics Industrial Co., Ltd is also dedicated to sustainability and environmental responsibility. The company uses eco-friendly materials and production processes, and is constantly exploring new ways to reduce its environmental impact and contribute to a more sustainable future.

Jieming Plastic Industrial Co., Ltd is a leading Chinese supplier of high-quality paint plastic buckets. With over 20 years of experience in the packaging industry, Jieming Plastic Industrial Co., Ltd has been providing innovative and cost-effective packaging solutions to customers all over the world.   The paint plastic buckets from Jieming Plastic Industrial Co., Ltd are made from high-quality plastic materials that are both durable and lightweight. These buckets are designed to withstand harsh environments and are perfect for storing and transporting various types of paints and coatings. The buckets come in a range of sizes and are available in different colors to suit various customer needs.   One of the key advantages of the paint plastic buckets from Jieming Plastic Industrial Co., Ltd is their versatility. These buckets are not only suitable for storing and transporting paints, but also for other liquids such as chemicals, oils, and cleaning agents. They are also ideal for use in various industries such as automotive, construction, and manufacturing.   At Jieming Plastic Industrial Co., Ltd, quality is of utmost importance. The company has implemented a strict quality control system to ensure that all products meet international standards. Additionally, the company has a team of experienced professionals who are dedicated to providing excellent customer service and support.   In conclusion, Jieming Plastic Industrial Co., Ltd is a trusted and reliable supplier of high-quality paint plastic buckets. With their commitment to quality and innovation, customers can trust that they will receive the best packaging solution for their needs.

Hunan Jieming Plastics Industrial Co., Ltd, a leading manufacturer of plastic buckets in China, has recently invested in a new injection molding machine to further enhance its production capabilities. With this new addition, the company now has a total of 30 automatic injection molding machines, all equipped with robot arms for greater efficiency and precision.   The new injection molding machine is a state-of-the-art model with advanced features that enable it to produce high-quality plastic buckets with minimal waste and downtime. It is also fully automated, which means that it can operate continuously without the need for manual intervention. In addition to the new injection molding machine, Hunan Jieming Plastics also boasts an impressive array of other equipment, including 60 in-mold labeling injection molding machines, 30 blow molding machines, 25 screen printing machines, and 15 heat transfer machines.   These machines are all designed to work together seamlessly, allowing the company to offer a complete range of plastic bucket production services to its customers.   The company's commitment to investing in the latest and most advanced equipment is driven by its desire to provide the best possible products and services to its customers. By leveraging cutting-edge technology and automation, Hunan Jieming Plastics is able to produce high-quality plastic buckets with fast turnaround times and at competitive prices.   This latest investment in a new injection molding machine is just one example of the company's dedication to continuous improvement and innovation. As the demand for plastic buckets continues to grow, Hunan Jieming Plastics is well-positioned to meet the needs of its customers with the latest technology and equipment.  

1. Sense of smell: It smells very light, but there is a slight plastic smell, mostly products of better quality; it smells strongly of plastic, and it is mostly products of slightly lower quality; it smells strongly of plastic and has a pungent smell Most of the taste is poor quality goods.   2. Tactile sense: touch the edge of the product, there is no thorny feeling, the edge is relatively clean, the mold is better, and the flash repair is also better; it feels rough to the touch, and the edge is rough, which means the mold is poor.   3. Vision: Transparent and colorless products look very transparent and free of impurities. Products with better quality (mostly produced from raw pellets) such as fresh-keeping bags, cups, lunch boxes, and fresh-keeping boxes; Products with a lot of impurities are of slightly lower quality (mostly produced from raw powder materials), such as sorting boxes, basins, hangers, and stools.   Most of the opaque products are products with poor quality (most of them are produced with recycled materials, but the recycled materials can be divided into many types, such as the recycled materials produced by the manufacturer's trimming; the defective products returned by the dealer to the manufacturer) such as trash cans and garbage Products such as barrel liners and garbage bags.

In recent years, the home improvement market has continued to develop, the market for household coatings has also continued to grow, and the demand for coatings has also steadily increased. The current popular paint packaging in the market is mainly 18 liters and 20 liters, and the material is mainly PP. There are more and more types of coatings, and the various names are full of tricks. However, there is not much difference in essence. In fact, the coatings of different uses and types should be distinguished on the packaging barrels so that consumers can see at a glance.   However, the Chinese coatings market is a mixed bag, with various brands innovating, and poor-quality coatings have caused great harm to consumers. So how can consumers be able to distinguish the authenticity of paint?   A common anti-counterfeiting method is to add a two-dimensional code to the packaging barrel, but this method is easy to be imitated and cannot play a role in verifying the authenticity of the product. The best way is to print a laser anti-counterfeiting code on the packaging barrel. The coding of each barrel is unique, so that speculators cannot imitate it. At present, Hunan Jieming Plastic Industry Co., Ltd. is the first to use this advanced printing technology in the plastic packaging barrel industry. This is a production enterprise with 20 years of experience in the industry. The product line includes 1-30L various plastic packaging barrels.

As the saying goes, "Advertising attracts consumers, and terminal packaging moves consumers." Product packaging is a more direct window for consumers to contact home paint brands. Good packaging allows consumers to shine in front of their intimate contact, quickly establish a good impression, and ultimately affect purchase decisions. It can be seen that Autian Planning believes that home paint packaging is a more direct and effective brand promotion method and a more cost-effective way.     1. Special products and special packaging, highlighting their special status   2. Different packages for the same product to achieve different channel pricing   3. Update the packaging of old products to enhance the image and grade   In order to maintain an image of continuous innovation and freshness in a changing market, improving packaging has become a last resort. The introduction of new packaging can reflect product updates and upgrades, and more importantly, can take advantage of this opportunity to enhance the product image grade and price, thereby achieving a dual upgrade of profits and image.