Abs
ABS offers excellent impact resistance, izturība, un izturība. It is easy to mold, mašīna, un pabeigt, padarot to ideāli piemērotu automobiļiem, elektronika, and consumer goods applications. Its chemical resistance and versatility further enhance its appeal.
What Is ABS?
Akrilonitrila butadiēna stirols(Abs) is a widely used thermoplastic known for its impact resistance, izturība, un apstrādes vienkāršība. Developed to combine strength with flexibility, ABS is composed of three main components: acrylonitrile, butadiēns, un stirols. This unique combination gives it excellent durability and resilience, making it suitable for a broad range of applications.
ABS often includes additives like UV stabilizers and flame retardants to enhance properties such as weatherability and fire resistance. To parasti izmanto tādās nozarēs kā automobiļu rūpniecība, elektronika, rotaļlietas, and consumer goods due to its versatility and ease of molding into complex shapes. Its strong mechanical properties and ability to be painted, plated, or glued make it ideal for high-quality, aesthetic parts that require precision and durability.
| Stiepes izturība, Ienesīgums (MPA) | Pagarinājums pārtraukumā (%) | Cietība (Rockwell R) | Heat Deflection Temperature (° C) | Kušanas punkts (° C) |
|---|---|---|---|---|
Stiepes izturība, Ienesīgums (MPA) 40.7 | Pagarinājums pārtraukumā (%) 53.4% | Cietība (Rockwell R) 107 | Heat Deflection Temperature (° C) 97.4 | Kušanas punkts (° C) 267 |
Priekšrocības un pielietojumi
ABS’s unique properties make it valuable across industries. Its impact resistance, izturība, and ease of molding make it suitable for a variety of applications. Izturīgs un daudzpusīgs, tas uzticami darbojas automobiļos, elektronika, un patēriņa preces.
Priekšrocības
- High Impact Resistance
- Ķīmiskā izturība
- Electrical insulation properties
- Good Mechanical Properties
- Viegls svars
- Easy to process
- Laba izmēru stabilitāte
- Daudzpusīgs
- Zemas izmaksas
- Pārstrādājams
Pieteikumi
- Automobiļu daļas
- LEGO bricks
- Protective gear
- Electronic housings
- Toys and games
- Patēriņa elektronika
- Medicīniskās ierīces
- Power tool housings
- Medicīniskās ierīces
- Cauruļu veidgabali
ABS CNC Machining Services
ABS is a versatile thermoplastic renowned for its strength, trieciena pretestība, un izgatavošanas vieglums, making it ideal for CNC machining projects.
DEZE offers comprehensive ABS precision machining services, featuring advanced CNC machining centers, frēzmašīnas, virpas, and laser cutting equipment. We utilize cutting-edge technology to ensure that our ABS manufacturing meets strict quality standards for tough, mechanically resistant final parts.
Kā uzticams un rentabls ražotājs, DEZE delivers high-quality components for industries such as automotive, Patēriņa elektronika, avi kosmosa, un medicīnas. We are dedicated to providing top-notch ABS plastic machining services and welcome you to begin your ABS machining journey with us.
ABS Injection Molding Services
Abs (Akrilonitrila butadiēna stirols) is a highly durable thermoplastic known for its excellent strength, trieciena pretestība, un spēja izturēt augstu temperatūru, making it a perfect choice for injection molding applications.
DEZE offers comprehensive ABS injection molding services, utilizing state-of-the-art injection molding machines and advanced technologies to produce precision parts. Mūsu iekārtas ir aprīkotas gan ar mazu, gan liela apjoma ražošanu, ensuring fast turnaround times and consistent, augstas kvalitātes rezultāti.
Whether you need custom, complex geometries or large-scale production runs, DIE specializējas uzticamu piegādi, cost-effective ABS injection molded components for industries like automotive, Patēriņa elektronika, medicīniskās ierīces, Un vēl.
Custom ABS Parts
DEZE offers exceptional ABS injection molding and CNC machining services, focusing on producing high-quality custom ABS parts. We utilize a variety of ABS grades to create durable and precise components that meet your specific requirements.
Bieži uzdotie jautājumi
Jā, ABS can be machined to tight tolerances. Typical tolerances for CNC machined ABS range from +/- 0.005 collas (0.127 mm) līdz +/- 0.001 collas (0.025 mm) depending on the size and geometry of the part, the condition of the CNC machine, and the skill of the operator. More precise tolerances can be achieved with careful planning and advanced techniques.
ABS is generally more affordable than many engineering plastics, such as polycarbonate or PEEK, due to its lower raw material cost and ease of machining. Lai arī, it may be more expensive than commodity plastics like polyethylene or polypropylene. The overall cost-effectiveness will also depend on the complexity of the part and the volume of production.
ABS plastic is generally considered safe for use with hot water, but there are limits to its temperature resistance. ABS has a heat deflection temperature (HDT) of around 176°F (80° C), so it can withstand relatively high temperatures. Lai arī, it’s important to stay within the recommended temperature range for sustained use with hot water to prevent deformation or other issues.
Challenges in CNC machining ABS include material melting or warping due to heat generated during the machining process, and difficulties in achieving a high-quality surface finish due to the softness of the material. These can be mitigated by using sharp cutting tools, proper cooling techniques, lower feed rates, and gradual passes to remove material.