DGK-ABS KJD890TM Transparent Antistatic ABS for Clear ESD and Dust-Control Parts
DGK-ABS KJD890TM is a transparent long-lasting antistatic ABS compound developed by DEYU for injection-molded parts that need both visible clarity and static-control performance.
Buyer and engineer FAQ
Questions engineers often ask about this material route
Where can ABS with a antistatic plastic requirement be used?
Typical fields include clear covers, electronic packaging, dust-control parts, trays and clean-area components. For this article, DEYU would first confirm the working environment, wall thickness, expected lifetime and whether DGK-ABS KJD890TM transparent antistatic ABS, antistatic plastics matches the part geometry or needs formulation adjustment.
What are the main performance indicators for the "antistatic plastic" target on ABS?
Focus on stable surface resistance, dust attraction, transparency or color, humidity sensitivity and long-term antistatic decay. Buyers should ask for data on molded parts, not only pellet data, because gate position, filler orientation and thickness can change the final value.
What should engineers watch during injection molding or processing?
For ABS, a practical starting window is 210-245°C melt / 50-80°C mold. Avoid over-drying antistatic systems, confirm resistance after conditioning and after part cleaning. Final parameters should follow part thickness, gate design and the actual machine.
What details help DEYU recommend DGK-ABS KJD890TM transparent antistatic ABS, antistatic plastics more accurately?
Send the current resin or grade, drawing or photo, wall thickness, annual quantity, target standard, failure mode and required color. If a reference grade already passed one test but failed in production, include both data sets.
For a precise recommendation, share the part drawing, base resin, target performance, processing method and test standard with DEYU.
Product Summary
DGK-ABS KJD890TM is a transparent long-lasting antistatic ABS compound developed by DEYU for injection-molded parts that need both visible clarity and static-control performance.
For transparent ESD parts, compare DGK-ABS KJD890TM transparent antistatic ABS with the broader antistatic plastics platform before locking haze, impact strength, and surface resistance targets.
Transparent antistatic ABS is more difficult than black conductive ABS. In black conductive materials, carbon black or conductive filler can easily build a conductive network, but transparency is lost. For transparent ABS, the formulation must reduce static accumulation while keeping clarity, surface quality, impact balance, and stable molding.
DGK-ABS KJD890TM is suitable for communication equipment covers, electronic device housings, transparent protective covers, display-side plastic parts, dust-sensitive transparent components, and industrial transparent ABS parts requiring antistatic performance.
The material is not designed as a high-conductive black plastic. It is positioned for transparent antistatic and static-dissipative applications where appearance and clarity are important.
1. Why Transparent Antistatic ABS Is Difficult
1.1 Conductive Fillers Usually Destroy Transparency
Many conductive plastics rely on carbon black, graphite, carbon fiber, or other dark conductive fillers. These routes are effective for resistance reduction, but they turn the material black or dark.
For transparent ABS, these routes are usually not suitable. The material needs an antistatic system that can work without strongly increasing haze or changing color.
1.2 Antistatic Additives May Cause Haze or Migration
Some antistatic agents migrate to the surface. They may reduce static temporarily, but they can also create surface blooming, unstable resistance, fogging, surface stickiness, printing or coating problems, and weak long-term performance.
For transparent parts, even a small surface defect can be visible. This makes formulation control more demanding.
1.3 Transparency and Impact Strength Must Be Balanced
Transparent ABS often needs both appearance and toughness. If the antistatic system is not compatible with ABS, impact strength and elongation may decrease.
For housings, covers, and protective parts, the material must not only look clear. It must also survive assembly, handling, screw tightening, and drop impact.
1.4 Molding Stress Affects Optical Appearance
Transparent parts show flow marks, stress whitening, weld lines, and internal stress more easily than opaque parts.
For this reason, material design and injection molding process must be considered together.
2. DGK-ABS KJD890TM Typical Performance Profile
| Item | DGK-ABS KJD890TM Typical Data |
|---|---|
| Base material | ABS compound |
| Material feature | Long-lasting antistatic |
| Color | Transparent |
| Form | Pellets / granules |
| Processing method | Injection molding |
| Surface resistance direction | 10^9-10^10 ohm |
| Flexural strength | 52.95 MPa |
| Flexural modulus | 1492.2 MPa |
| Tensile strength | 36.96 MPa |
| Tensile modulus | 628.3 MPa |
| Elongation at break | 39.53% |
| Charpy notched impact strength | 5.3 kJ/m2 |
| Charpy unnotched impact strength | 42.3 kJ/m2 |
| Izod notched impact strength | 12.7 kJ/m2 |
| Izod unnotched impact strength | 82.36 kJ/m2 |
| Melt flow index | 46.4 g/10 min |
| Density | 1.105 g/cm3 |
| Heat distortion temperature | 84.4 °C |
| Flammability | UL94 HB |
The key value of DGK-ABS KJD890TM is the balance between transparent appearance and antistatic performance. Its resistance range is suitable for reducing static accumulation and dust attraction, while keeping the processing advantages of ABS.
3. Technical Route: How DEYU Balances Transparency and Antistatic Performance
3.1 Transparent-Compatible Antistatic System
DEYU avoids simply using black conductive fillers for this type of material. The technical route focuses on transparent-compatible antistatic modification to reduce surface resistance while maintaining clarity.
3.2 Long-Term Antistatic Direction
For transparent electronic covers, short-term antistatic performance is often not enough. The material needs more stable resistance during storage, handling, and actual use.
DGK-ABS KJD890TM is positioned as a long-lasting antistatic ABS, not a temporary surface-treatment solution.
3.3 ABS Processing and Flowability
The melt flow index of 46.4 g/10 min gives the material practical flowability for injection-molded covers and housings. This helps reduce filling difficulty for transparent parts, but the final appearance still depends on mold design and processing control.
3.4 Impact and Surface Balance
Transparent antistatic ABS cannot be evaluated only by resistance. DEYU's formulation direction also considers tensile strength, flexural strength, elongation, notched impact, and molded surface stability.
4. Application Scenarios
4.1 Transparent Covers for Communication Equipment
Communication equipment often needs transparent or semi-transparent covers for visual inspection, display areas, indicator windows, or protective shells.
Material requirements include clear appearance, reduced dust attraction, stable antistatic performance, good molding flow, acceptable impact strength, and stable assembly.
DGK-ABS KJD890TM is suitable when ordinary transparent ABS attracts dust or accumulates static charge during operation.
4.2 Electronic and Electrical Equipment Parts
For electronic and electrical equipment, static accumulation can cause dust adhesion, handling discomfort, and ESD-related concerns.
Possible parts include transparent protective covers, display-side housings, inspection windows, device shells, instrument covers, and electronic equipment panels.
The material should be tested on final molded parts, especially if the product has thin walls, snap-fit structures, screw bosses, or strict appearance requirements.
4.3 Dust-Sensitive Transparent Components
Transparent parts easily show dust and fingerprints. If ordinary ABS attracts dust, product appearance can degrade quickly.
DGK-ABS KJD890TM can help reduce surface static accumulation, dust attraction, cleaning frequency, appearance complaints, and static-related handling issues.
For outdoor transparent parts, UV resistance should be evaluated separately because transparency and UV stability require additional formulation balance.
5. Processing Reference
Typical injection molding reference:
| Processing item | Reference value |
|---|---|
| Drying temperature | 90 °C |
| Drying time | 3-4 hours |
| Injection temperature | 205-220 °C |
| Mold temperature | Around 80 °C |
For transparent antistatic ABS, processing should focus on reducing internal stress, avoiding excessive shear, controlling drying quality, reducing flow marks, balancing injection speed and holding pressure, and checking transparency on final parts.
Final resistance and transparency should be validated on actual molded parts, because part thickness, gate position, flow length, and molding stress can affect both surface resistance and optical appearance.
6. Customer Case: Transparent ABS Cover With Dust Adhesion Problem
Original Situation
A customer used ordinary transparent ABS for an electronic equipment cover. The part looked good after molding, but after several days of use, dust accumulated quickly on the surface. The transparent cover looked dirty, and cleaning frequency increased.
Original Data
| Item | Ordinary Transparent ABS |
|---|---|
| Surface resistance | Insulating direction |
| Dust adhesion after 7 days | High |
| Cleaning frequency | Once every 1-2 days |
| Transparency | Good |
| Surface appearance | Good after molding |
| Customer complaint | Dust and static |
DEYU Material Direction
DEYU recommended DGK-ABS KJD890TM.
The technical focus was a transparent antistatic ABS route, a surface resistance direction of 10^9-10^10 ohm, clear appearance retention, reduced dust attraction, injection molding flowability, and avoidance of a black conductive filler route.
Result After Trial
| Item | Ordinary Transparent ABS | DGK-ABS KJD890TM |
|---|---|---|
| Surface resistance | Insulating direction | 10^9-10^10 ohm direction |
| Dust adhesion after 7 days | High | Reduced |
| Cleaning frequency | Once every 1-2 days | Once every 4-5 days |
| Transparency | Good | Good, with process control |
| Surface appearance | Good | Good after molding adjustment |
| Static-related complaint | Obvious | Reduced |
Case Conclusion
The customer did not need a black conductive ABS. The real target was transparent appearance plus antistatic performance. DGK-ABS KJD890TM provided a more suitable route by reducing static accumulation while keeping the transparent ABS appearance needed for the product.
7. Purchasing Guide
Before selecting transparent antistatic ABS, buyers should confirm target surface resistance range, transparent or translucent requirement, acceptable haze level, part thickness, molding method, surface appearance standard, impact requirement, whether UV resistance is required, whether flame retardancy is required, and testing method on the final molded part.
A professional inquiry should not only say "transparent antistatic ABS." It should include application, resistance target, transparency requirement, part drawing, thickness, and acceptance standard.
8. DEYU Transparent Antistatic ABS Platform
DEYU can further adjust transparent antistatic ABS according to customer requirements.
Possible directions include DGK-ABS KJD890TM transparent antistatic ABS, transparent antistatic ABS for electronic covers, transparent antistatic ABS for communication equipment, transparent antistatic ABS with improved flowability, transparent antistatic ABS with impact balance, transparent antistatic ABS with UV-resistant adjustment, and transparent antistatic ABS for dust-sensitive covers.
DGK-ABS KJD890TM is suitable when customers need a transparent ABS compound with antistatic performance, injection molding processability, and balanced mechanical properties.
Conclusion
Transparent antistatic ABS is difficult because transparency and static-control performance often conflict. Black conductive routes can reduce resistance effectively, but they cannot meet transparent appearance requirements. Migratory antistatic routes may affect surface stability, haze, or long-term performance.
DGK-ABS KJD890TM from DEYU provides a practical transparent antistatic ABS solution for injection-molded electronic and communication equipment parts. Its resistance direction of 10^9-10^10 ohm, transparent appearance, high melt flow, and balanced mechanical profile make it suitable for transparent covers, electronic housings, inspection windows, and dust-sensitive plastic parts.
For buyers, the correct selection method is to test both electrical performance and optical appearance on the final molded part.
Engineering decision path
This page is intended to work as a material-selection brief, not only as a product introduction. The engineering route starts with the failure mode, then narrows the base resin, additive package, molding window, and validation method.
- Confirm whether the target is dust reduction, ESD control, or visual inspection; transparent antistatic ABS should not be selected only by appearance.
- Balance light transmission, haze, surface resistance, impact strength, and scratch sensitivity before freezing the grade.
- Review cleaning chemicals, expected handling, part thickness, and gate marks because clear parts expose processing defects more easily than opaque parts.
- Validate with molded covers or windows and measure antistatic behavior after wiping, storage, and assembly.
Anonymous customer cases
Case 1: clear cover for an electronics work cell
The user needed operators to see the process while reducing dust attraction on the cover. DEYU positioned DGK-ABS KJD890TM as a transparent antistatic route and recommended checking haze, screw marks, and surface resistance on actual molded covers.
Case 2: transparent enclosure for powder handling
The part required visibility and less powder adhesion. DEYU treated the project as a balance between transparency, antistatic function, and cleaning durability rather than simply replacing the resin with a black conductive material.
How DEYU supports the project
- DEYU can adjust conductivity, wear resistance, toughness, flame-retardant direction, color, and processing flow as a combined formulation target instead of treating each property separately.
- Sample batches can be aligned with customer molds, part thickness, gate position, and expected tests before commercial supply.
- For international inquiries, DEYU engineers help translate application requirements into resin route, test items, sample plan, and risk points for purchasing and technical teams.
