Offers to Sell

Product Type: Beanie Material: Cotton/Nylon/Suede/Corduroy/Wool/Dri fit/Leather/Arcylic/Floral Size: 58CM Color: Customized Logo: Embroidery/Printed/Patches... Back Closure: Adjustable Strap(Plastic Snap Buckle, Adjustable Strap,Metal Buckle, etc.) Peak: Normal/Sandwish Peak length: 7-8cm(can be customised) Sample Fees: 30USD (not including other set up charges) Delivery Time: Sample lead time:7 working days. Bulk lead time: About 30 days after sample confirmed and received bulk deposit payment. Delivery Methods: DHL,EMS, UPS, Fedex, Ocean shipment etc. Remarks: Main Products : Baseball Cap, Snapback, Bucket hat, Beret etc.

Stainless Steel Welded Wire Mesh, Rolls and Panels Stainless steel welded wire mesh is a durable and strong hardware mesh with square hole or rectangular hole structure. Supplied in rolls or flat panels. Formed with stainless wire of same diameter in both directions welded together a flat surface matting or fabric with uniform openings. The material wire is rust resistant, corrosion resistant that can be exposed to corrosion for a long time. Because of its natural properties, stainless steel welded wire mesh need no additional finish procedures to protect it. Material: Mainly stainless steel wires. Mild steel, bright annealed mild steel, galvanized steel material can be also applied. Features: Compared with woven wire meshes, stainless steel welded mesh has many good properties, such as strong structure, anti-corrosion and anti-rust, it is not easy to loosen even be cut into parts or exerted force on the parts. Application: Welded wire fabric can be widely used in fishery industry, food drying, marine use, rodent proofing, welded wire mesh cages for animals, construction, decoration, mesh fences, welded mesh shelves, decks, racks, and so on. It also serve as guards in buildings and factories, as animal enclosure and wire mesh fences in agriculture; serves as tree guards in horticulture industry. Roll size : Roll Width: 24inch, 36inch, 1metre, 48inch, or 72inch. Roll Length: 100 feet or 150 feet. Note: other roll width or roll length can be made according to request. Stainless Steel Welded Wire Mesh, 304 and 316 Grade Stainless Steel Welded Wire Mesh Grade 304 Mesh Size 25x25 (1"x1") Wire Diameter 3mm (11 SWG) Welded Stainless Steel 316 Wire Mesh Open mesh 1/2 " Wire dia.2mm Roll size: 5ft widthx500 meters Stainless Steel Wire Mesh Panels with Free Wire Above the Panels SS Wire Mesh Free wire above weld mesh panels for tying Horizontal wire: 2.5mm diameter Vertical wire: 3.0mm diameter Stainless Steel Wire Mesh Welded Panels with Free Wire Tying of Adjecent SS Welded Wire Mesh with 14 SWG SS Wire SS Wire Mesh, Welded SS Wire Mesh As per drawing. 2.5 mm Dia Horizontal Wire: Spacing 200mm 3mm Dia Vertical Wire: Spacing 100 mm Free Wire above weld mesh Panel - 1700mm

Stainless Steel Square Hole Woven Wire Mesh Weaving Method: Stainless Steel Wire Mesh can be divided into Square Opening Stainless Wire Mesh and Dutch woven mesh according to weaving types and the aperture shape differences. Square hole wire mesh can be achieved by either Plain weave or Twill weave method. Square mesh is mainly used as insect screening material or industrial filter media, sifting screen, etc. Materials: Stainless steel wire 302, 304, 304L, 316, etc. Galvanized wire, brass wire or copper wire can also be woven into square wire mesh products. Standard mesh counts per inch for stainless steel wire mesh with square opening: 2mesh / 3mesh / 4mesh / 7mesh / 10mesh / 12mesh / 16mesh / 18mesh / 20mesh / 24mesh / 30mesh / 35mesh / 40mesh / 50mesh / 60mesh / 70mesh / 80mesh / 90mesh / 100mesh / 120mesh / 150mesh / 180mesh / 200mesh / 250mesh / 300mesh / 325mesh / 350mesh / 400mesh / 450mesh / 500mesh Technical Note: Standard width of stainless steel wire mesh: 1m or 48"; extra roll width of 4m also available. Standard roll length: 30m or 100'.

PETG BODY LOTION WITH TREATMENT PUMP BOTTLE PERSONAL CARE COSMETIC PLASTIC BOTTLES PRODUCT DESCRIPTION Multi-functional multi-purpose PETG empty bottle, can be used for packaging skin care products or cosmetic products, good quality is not easy to deformation, environmental friendly materials, can be recycled. —— Factory direct sale. —— Colors / logo is customizable. —— Can be matched with lotion pump/ spray pump/ screw cap etc. —— Matte & shinny finish Details of specification No. Bottle material Capacity(ml) Weight(g) Process Width(mm) Height(mm) Mouth(mm) 1 PETG 30 26.9 silk screen 58.9 43.7 47 2 PETG 50 47.3 silk screen 67.5 60.1 54 3 PETG 40 17.5 silk screen 42.1 62.1 24 4 PETG 100 28.6 silk screen 50.4 89.5 24 5 PETG 250 37 silk screen 58.7 130.9 24

Stainless Steel Wire Mesh Stainless steel wire mesh refers to the woven wire fabric made by weaving looms from first class stainless steel material in SUS/AISI 201, 202, 302, 304, 310, 310S, 316, 316L, etc. This page provides information on wire materials applied for weaving, properties, and specification of most popular specifications. Wire Mesh Weaving IllustrationMajor Wire Materials and Introduction: Stainless steel AISI 304, 304 L, 316 and 316 L AISI 304: This type is the basic stainless alloy mostly commonly used for wire cloth/mesh weaving. It offers excellent property against rusting and oxidation. AISI 304 L: Materials similar to 304, with reduced carbon content for better weaving. SS Mesh Cut Disc AISI 316: Stainless stabilized by the addition of 2% molydbenum. It has better resistance to pitting corrosion than the other chromium-nickel stainless steels and high strength at elevated temperatures. Other mechanical properties and fabricating characteristics are similar to AISI304. Wire cloth woven of T-316 has extensive use in chemical processing when better corrosion resistance is required than the regular chromium-nickel types. AISI 316 L: Very similar to AISI316, yet with the reduced carbon content for better wire cloth weaving.

Stainless Steel Wire: Round Wire, Fine Wire, Stainless Steel Fiber We produce and supply stainless steel wire/fiber in complete sizes and various international standards. The fine ss wire is mainly packed in spools for easy applying to the weaving looms. Tejido supplies fine ss weaving wire, fine wire, also stainless steel coarse wire for welded stainless mesh and crimped mesh manufacture. Material: AISI304 304L 316 316L, etc Sizes: Wire diameter range from 5mm to 0.025mm Variety: Hard wire, soft wire, coil wire, spool wire. Weaving Stainless Steel Fine Wire Specifications: 0.018 to 0.9mm. Custom orders can be accepted. Features: High strength, excellent anti-corrosion property, good preventing and anti-radiating property. Applications: Weaving of wire mesh and other industrial uses.

430 stainless steel wire mesh is a kind of magnetic ss wire mesh offering better thermal conductive performance than austenitic stainless steel series material, mainly used for industrial filtering, food industry filtering, sugar filtering with a popular mesh range of 1 - 300mesh in square opening. Stainless steel 430 (1Cr17) Wire Mesh Wire diameter 0.038-2.03mm Mesh counts 1-300 mesh Surfuce: Smooth Weave: Plain weave / twill weave / dutch weave Opening: Square Features: 430 stainless steel wire mesh is magnetic; Corrosion resistant; Resistant to stress corrosion and oxidation; 430 magnetic stainless steel wire mesh has a thermal expansion coefficient smaller than austenitic ss; Resistant to thermal fatigue, with adding the stable element titanium, mechanical performance of welded parts is good. With magnetism, 410/430 stainless steel wire mesh is also called magnetic stainless steel wire mesh.

Stainless Steel Wire Mesh (SS 316) ASTM / BS / IS, 2 mesh to 500 mesh We supply to Slovenia, Indonesia, Spain, Singapore and other countires all kinds of ss mesh and filter cloth products according to the customers' requirements. Samples of 2" x 2" pieces wire meshes are provided for quality reference. Materials: SUS 316, 316L. Weaving: plain weave, twill weave, dutch. Character: Acid-resisting , alkali-resisting, heat-resisting, wear-resisting, etc. Uses: Used in mine, oil, chemical industry, food, etc. ASTM / BS / IS Standard SS Wire Mesh We supply stainless steel wire mesh (SS 316) made of material ASTM / BS / IS standard. Filter Wire Mesh Stainless Steel 316L 316L Duplex Stainless steel wire mesh filter For seawater prefilteration Slot Size: 500 microns Operation Pressure: 10 bar Stainless Steel 316 Wire Mesh, 1x10m Sheet stainless steel 316 wire mesh as bellow table Dimension (m) / Wire Diameter (mm) / Mesh

We XinBo Precision has been engaged producing and supplying all kinds of CNC Milling parts over 10 years. Our flagship products include Brackets, Covers, Housings, etc. Conforming to all customer’s prints and the tolerance standard: ISO2768m, ISO2768f. These product supports a variety of applications, including chemical equipment, automotive industry, consumer electronics, etc. Except CNC machining, we also provide one stop solutions like heat treatment, finishing, assembly and inspection. Since we have CMM, so we can do the parts with GD&T requirements, we also accept the parts with special finishing requirements, for example musk partial surface and anodize at the rest surface, or extrude and saw to get the work blank, then machining.

310 Stainless Steel Wire Mesh and 310 S- Used in Electric furnace, metallurgy, make heating elements and Resistive elements. 310 stainless steel wire mesh 310 stainless steel wire mesh offers high temperature resistance, its nominal oxidation resistance can reach 1150 C, superior over the 800 c temperature of 340 stainless steel. 310 wire mesh is commonly used in Chemicals, Oil, Aerospace, Automotive, metallurgy, and so on. 310 stainless steel mesh is commonly used as heat resistant mesh, high temperature mesh. Its high chromium content makes it resistant to oxidation when heated. The maximum safe temperature is about 2000°F. 310 ss wire cloth is also suitable for applications where a combination of corrosion and oxidation resistance, high strength, and toughness is essential. For example, 310 stainless steel wire cloth is commonly used in chemical processing equipment, heat exchangers, and oil field / refinery equipment, furnace equipment. 310S (0Cr25Ni20) Stainless Steel Wire Mesh 310S stainless steel is austenitic stainless steel. Because of the high content of chromium and nickel, 310S stainless steel wire mesh performs better oxidation and corrosion resistance than 304 in most environments. 310S stainless steel mesh contains 25% chromium and 20% nickel. The higher the percentage of chromium content, the better resistance of the ss material to high temperature. It can work continuously at a maximum temperature of 1200℃. Due to the high content of Nickel (Ni) and chromium (CR) , it has good oxidation resistance, corrosion resistance, acid and alkali resistance and high temperature resistance. 310S stainless steel wire mesh is available in both woven and welded structure. 310S stainless steel screen mesh is primarily used in power plant furnice, chemical processing equipment, oil field / refinery equipment. The following lists more industries 310S stainless steel wire mesh commonly used in.

Battery model LIP366380 Nominal voltage 3.8V Nominal capacity 2500mAh Minimum capacity 2500mAh Charging voltage 4.35V Standard charging current 500mA (0.2C) End current 25mA (0.01C) Max. charging current 1250mA (0.5C) Standard discharging current 500mA (0.2C) Max. discharging current 2500mA (1C) End voltage of discharge 3.0V Dimension of cell 3.6 x 63 x 80mm Charging temperature range 0~45℃ Discharging temperature range -20~60℃ Battery Features Wide operating temperature range Low self-discharge rate Customized batteries Battery Advantage Long cycle lifespan: capacity recovery can be above 80% after 500 cycles Flexible size design subject to different space of application Enhanced safety with Japan IC & MOS protectors. Environment-friendly batteries. With CE/UL/PSE/KC/CB/IEC62133/BIS/MSDS/UN38.3 certificates.

Silicone rubber injection molding has more than a half-century history since the late 1970s. There are two molding ways of silicone rubber injection molding process: Liquid Silicone Rubber Injection Molding (LSR) and Solid Silicone Rubber Molding. There are thousands of applications of silicone rubber injection molding in various industries like medical, automotive, electronics, etc. As the one of professional silicone rubber molding company, Packson has been working with silicone molded components for many years. Especially for liquid silicone rubber injection molding, we have become OEMs supplier of BD medical for producing medical rubber cathethers. We have the capability to offer liquid silicone rubber injection molding service that start from prototyping to serial production manufacturing. At Packson, we have equipped with more than 9 liquid silicone rubber injection molding machines with ISO class 8 cleanroom that meets the need of medical contract manufacturing. We are able to provide quick, high-quality service and our professional engineering team who has rich experience in liquid silicone rubber injection molding, to help you in the whole project process. Contact Packson today if you need liquid silicone rubber injection molding service. Custom Silicone Rubber Injection Molding Service For Your Business Liquid silicone rubber injection molding parts have the feature of durability with good tensile strength and are used to high volume, tight tolerance. Therefore it is widely used in various industries especially for medical parts. Here are the advantages of liquid silicone rubber: Excellent insulating properties, good for tight tolerance/precision components Good tensile strength with high/low-temperature extremes Good resistance for water, oxidation also some chemical solutions like acids. Silicone Rubber Injection Molding ProcessThe silicone dousing unit starts in two parts Composed A and composed B pumps one Part A silicone and one Part B silicone via separate hoses to the static mixer. Cylinder A contains the basic material. while cylinder B contains a catalyst. In addition, color is pumped to the static mixer via another hose. The mixed components are then fed into the throat of the injection molding barrel by way of a shut-off valve. This is the whole silicone rubber injection molding process. Sealing against the Silicone Rubber Molded Parts Once the silicone material is inside the barrel, a shot of the cool mixed silicone advances to the mold as the nozzle seals firmly against the silicone rubber liquid mold. Injection The nozzle shut-off valve opens and a measured shot of cool liquid silicone is injected into a hot (275F to 390F) clamped silicone rubber molded parts. Barrel retracts from the mold The nozzle shut-off valve opens and the barrel retracts from the silicone rubber liquid mold, while the screw begins to build another measured shot of cold liquid silicone. Closes and repeats the procedure After the cycle is complete, the mold opens and the piece and flashing can be taken off automatically or by an individual worker. After that, the mold closes and repeats the procedure. Post-molding process After removing the article from the mold, the post-molding process may include demisting, post-curation, inspection, and packing. Silicone Rubber injection Molding Application Molding Parts -Silicone rubber injection molding can be qpplied in molding parts. Moulded part is a good way for low quantity production from dozen to hundred of the part even millions of parts. The molding part is better than the part machined by CNC or 3D printing with the same material. The right choice for resin used in the molding part allows for a wide range of properties. Mold is essential medial for the molding part. So molds machined by CNC and Wire cut EDM with high precision and tolerance are enable make thousands of parts. Certifications  Rapid Prototye As a professional precision mould part manufacturer, Packson Mold provides custom molding services, medical grade plastics injection molding, clean room injection molding and etc. We have amassed considerable experience and understanding of the practical possibilities in this field. Contact us to know more.

Minimum Order: 1 bags

Prototype molds are rapid processing for the molds. It's totally different from production molds as they can't be used in the long term. As a professional mold maker for over 15 years,Packson can handle all kinds of mold including prototypes. We bring not only high skilled engineering team into the good design but also allow us to provide competitive prices and high-quality molds. Most of our prototypes mold customers are from Honda. Every design needs proofing before they are produced by mass molding production especially for the automotive parts. We will also make personal solutions for prototype mould just the same as production tooling. We share engineering information between our teams and our customers. Keeping close contact with our customers is one of the important factors that Packson has good performance in making tooling and molding. Therefore, we ensure that our communications between the engineering team and customers are always open and transparent. Prototype Injection Mould Prototype Mold Details And Options We believe that it's important to test your market by first testing your product. Packson offers you an affordable method of testing with prototype parts. Our prototype processing helps you test your part design and make a small batch of parts for assembly testing. You may not very clear about the definition of prototype molds and the differences between prototype molds and injection molds. Here we can explain it for you: Process For Prototype Mold There are many things that need to be considered such as the product design needs to be perfect and it has to achieve actual full functionality before they get into the market. If there is any failure for your products which means the part design is not fulfilled yet and we need to keep improving the design and finding a better solution. Therefore, prototype mold is the best way for us to prove some issues before you are able to take your products into the market. Here is the process for prototype mold, you will find out what prototype mold exactly is: There are 4 simple steps for prototype mold: Start with a plastic part design Initial concept or design is always the essential and critical part of manufacturing.No matter what kind of product you create like an electronic device or medical device, making the design and design should be the first step. You should make sure of the feasibility and functionality when it comes to plastic product design. Moreover, you have to consider the concept is doable or not. If the design fails then it would waste time. But never mind, we have a professional engineer team who will make assessments for your design and provide our suggestions to help make the design better. Providing DFM(Design for Manufacturing) and processing solution We will make DFM according to your part design and offer a processing solution at a competitive price. Normally we will choose a removable insert which takes by hand during production, this will help cut some costs. But this is only used for small batch production within 500 shots. We will also analyze the thickness, angle draft, injection point, etc during these steps for making sure everything is ok before we start processing. Mold creation or 3D printing Simple 3D printing is fully sufficient for simple and small quantity plastic products. Therefore the expensive test mold is not neccessary.3D printing is a very simple process without much explanation. For another processing, the way is mold creation. This is the most important process in plastic prototyping. We will process the mold according to the tooling design and we will choose the steel which is softer and easier to carve out. This will help to make mold quickly with a short lead time. Rapid processing is one of the obvious features of the prototype mold. Because we don't need to make it like production mold as long as it can be operated and good for proving the customer's part design. Making the prototype plastic molding parts by injection machine For prototype mold, the plastic parts also need to be molded by a plastic injection machine. The mold will be placed into the injection molding machine and then injected with the plastic prototype material. Later material will be cooled by the water lines to allow it to create a shape on the cavity. After the cooling process, the mold will be opened when pressure from the clamp is released. Finally, the part will be ejected from the machine. Applications of Prototype Mold There are many applications for prototype molds like automotive, medical. These applications will keep increasing because of the development of new procedures. Here are some of them: The making of molds – different grades of steel even plastic resin can be made through prototype mold. The making of cores – SLS application is the latest technology used in sand casting shapes and cores. The electrodes for EDM, making of marking stamps are some of the applications of prototype molds. Most of the applicated industry at Packson is automotive and medical. There are many benefits for the prototype molds. With the features of low cost, quick lead time, and effective processing way, it will allow you to bring your parts into the market faster. The most important advantage is low-cost processing because it can make market testing with low volume production. Why Choose Packson For Prototype Mold? Prototype molds serve a different purpose. They are different from the production mold. First, they are pre-production molds which applied in testing and solving issues before a final product gets into molding processing. With a shorter lead time, prototype molds help create test products with further studies. Here Packson offers you low-cost prototype molds by alternative means of: Producing a small batch of molding parts so you can test the physical properties of the production parts Proofing the concept design for the part and then make improvements for the part Narrowing down material choosing determine what materials work best At Packson, your first small steps are a critical part of the larger leap forward. Get your part get into the market quickly with Packson by contacting us today! As a professional clean room injection manufacturer, Packson Mold provides custom molding services, medical grade plastics injection molding, clean room injection molding and etc. We have amassed considerable experience and understanding of the practical possibilities in this field. Contact us to know more.

Minimum Order: 1 bags

Precision mold components is a process that requires high technique and the use of precision molds and precision machines. The process of precision mould is different from normal injection mold but it still belongs to injection mold. It requires strict tolerance of ±0.01 mm and it will be processed by high precision machine and technique. It has strict requirements for venting, material flowing, and cooling which enable molding parameters to be stable. This process is called scientific molding. We will suggest making a prototype mold first for testing before we make a precision mould. For more details, please don't hesitate to contact us today! Precision Injection Molding The Components of Precision Moulds The success of precision mould includes the following: Precise control of the mold cavity size Precision of parting surface Exact solution of material Strict requirement for a tolerance Venting design Material flowing Cooling system Choosing of steel material Overall excellent tooling design Process of Precision Mould Packson's quoting system enables us to make quotations quickly by our professional quotation engineer Send us your part 3D to get your mold and part quote Confirm quotation and order issues, Packson starts the mold and precision mold parts order process Making DFM and create processing solution Tooling design review by Packson engineers Get approval of the design, Packson start building your injection mold Customer checks samples for approval Part mass production begins Applications of Precision Mould As mentioned earlier, precision moulding and moulds is used for the development of various products. But this technology has really revolutionized the development of lenses in various applications because it allows OEM to manufacture cheaper and stronger glass-free lenses. Glass lenses are very delicate, difficult to manufacture, and expensive, but plastic optical lenses have completely changed the optical industry. Precision molding is used for the development and mass production of precision spherical, diffraction, free-form surface, aspheric, and other types of lenses. It is a high-quality product with a perfect optical surface finish. As a professional precision mould part manufacturer, Packson Mold provides custom molding services, medical grade plastics injection molding, clean room injection molding and etc. We have amassed considerable experience and understanding of the practical possibilities in this field. Contact us to know more.

Minimum Order: 1 bags