IBM AUTOMOTIVE FLUID · PP HDPE ENGINE OIL COOLANT · CHEMICAL RESISTANCE · KOREA EVER-POWER ZQ
Automotive fluid containers — engine oil bottles, coolant reservoirs, brake fluid bottles, windshield washer fluid containers and power steering fluid bottles — demand IBM containers with outstanding resistance to petroleum hydrocarbons, glycol and alcohol-based fluids, precise neck OD for automotive fluid cap fitment, and chemical barrier properties that maintain fluid integrity over automotive product shelf life.
KOREA EVER-POWER · เมืองอันซาน จังหวัดคยองกี · กรกฎาคม 2026
AUTOMOTIVE FLUID IBM BOTTLE · KEY SPECIFICATION REFERENCE
VOLUME RANGE
250ml – 5,000ml
IBM automotive fluid container range: 250ml brake fluid bottle (ZQ40, 8-cavity) to 5,000ml windshield washer concentrate (ZQ135, 2-cavity). Core automotive fluid IBM formats: 1,000ml engine oil (ZQ80, 2-cavity), 1,000ml coolant (ZQ80, 2-cavity), 500ml brake fluid (ZQ60, 6-cavity), 3,000ml windshield washer (ZQ110, 2-cavity). Korean automotive aftermarket: 1L and 4L engine oil bottle
วัสดุ
เอชดีพีอี / พีพี
HDPE IBM: preferred for engine oil (petroleum hydrocarbon resistance), coolant (ethylene glycol resistance), windshield washer fluid (methanol/IPA resistance). PP IBM: preferred for brake fluid (DOT3/DOT4 glycol ether resistance), power steering fluid (mineral oil-based), specialty automotive fluid. HDPE ESCR critical selection parameter for automotive fluid IBM bottle specification
NECK SPECIFICATION
38mm – 63mm OD
Automotive fluid IBM bottle neck: 38/400 (engine oil 1L standard pour neck), 45mm OD with integrated pour spout (coolant concentrate direct-pour), 28/400 (brake fluid 500ml precision pour), 63mm OD (windshield washer fluid 3–5L wide-mouth pour). IBM neck OD ±0.05mm for automotive screw cap, pour spout insert and child-resistant closure fitment
ZQ RECOMMENDATION
ZQ60 / ZQ80 / ZQ110
ZQ40: 250–500ml brake and specialty fluid (6–10 cavities). ZQ60: 500ml–1,000ml engine oil, coolant, brake fluid (4–8 cavities). ZQ80: 1,000–2,000ml engine oil, coolant (2–4 cavities). ZQ110: 2,000–5,000ml windshield washer and bulk automotive fluid (2 cavities). ZQ135: 5,000ml automotive fluid bulk container (1–2 cavities)
ส่วนที่ 1
Automotive fluid containers are a demanding IBM application requiring HDPE or PP wall chemical resistance to petroleum hydrocarbons, glycols, alcohols and synthetic esters across service temperatures of −40°C to +60°C, seamless base construction preventing fluid leakage under automotive retail shelf stacking, and precise neck OD for automotive OEM and aftermarket fluid dispensing closure fitment. Korea Ever-Power’s ZQ series IBM machines produce HDPE and PP automotive fluid bottles from 250ml brake fluid through 5,000ml windshield washer concentrate for Korean automotive aftermarket and global automotive fluid brand OEM supply.
IBM vs EBM for Automotive Fluid Bottle
EBM HDPE automotive fluid bottles dominate the global automotive aftermarket at the volume production tier (EBM HDPE is the standard process for 1L–5L automotive fluid containers at commodity automotive brand price points). IBM HDPE and PP automotive fluid bottles are preferred at the premium automotive brand OEM tier for three reasons over EBM. Seamless base fluid integrity: IBM automotive fluid bottle seamless base eliminates the potential EBM base seam micro-fracture leak path under automotive retail stacking compression at ambient and elevated temperature (engine oil warehouse at 40–50°C summer Korean warehouse: PP softening at elevated temperature can concentrate stress at EBM base seam zone, increasing micro-fracture risk absent in IBM seamless base). Neck OD precision for OEM automotive cap: automotive OEM engine oil and coolant bottles (BMW, Hyundai/Kia OEM fluid packaging) specify neck OD ±0.05–0.08mm for OEM-branded automotive fluid cap fitment; IBM achieves OEM neck tolerance versus EBM ±0.15–0.30mm. Surface quality for automotive brand labelling: IBM HDPE automotive fluid bottle body parting-line-free surface improves OEM pressure-sensitive label adhesion uniformity and visual quality for premium automotive fluid brand retail presentation.
Automotive Fluid IBM Bottle: Low-Temperature Impact Performance
Automotive fluid IBM bottles must maintain structural integrity at low temperatures encountered in automotive aftermarket distribution and consumer vehicle storage: winter distribution temperature in Korean market can reach −15 to −20°C in Korean northern region and Manchuria-adjacent distribution routes; engine oil and coolant in consumer vehicle storage may be at −20 to −30°C in Korean winter garage. HDPE IBM automotive fluid bottle low-temperature performance: HDPE (high-density polyethylene, density 0.940–0.965 g/cm³) maintains adequate impact resistance at −20°C — Izod notched impact strength of standard HDPE automotive fluid bottle grade approximately 40–80 J/m at −20°C (versus 150–300 J/m at 23°C) — sufficient for automotive aftermarket handling and drop impact at Korean winter distribution temperatures. PP IBM automotive fluid bottle low-temperature performance: PP homopolymer becomes brittle near 0°C (brittleness temperature approximately −5 to −10°C for PP homopolymer). For automotive fluid IBM bottles distributed in cold climates, Korea Ever-Power recommends PP impact copolymer or PP block copolymer (brittleness temperature −20 to −30°C) over PP homopolymer for brake fluid, power steering fluid and specialty automotive fluid IBM bottles requiring cold-climate distribution performance.
ส่วนที่ 2
| AUTOMOTIVE FLUID | เอชดีพีอี ไอบีเอ็ม | พีพี ไอบีเอ็ม | RECOMMENDED |
|---|---|---|---|
| Engine oil (mineral 5W30, synthetic 0W40) | Excellent — HDPE fully resistant to mineral and synthetic engine oil; standard material for engine oil IBM bottle globally | Good — PP resistant to engine oil at ambient; PP may absorb oil additives over extended shelf life, slight PP mass gain (<0.3%) — validate with 12-month stability test for synthetic oil | HDPE IBM (standard) |
| Coolant / antifreeze (ethylene glycol 30–60%) | Excellent — HDPE fully resistant to ethylene glycol at all concentrations; no HDPE swelling or stress cracking at ethylene glycol contact | Excellent — PP also fully resistant to ethylene glycol at all concentrations | HDPE IBM (preferred) or PP IBM |
| Brake fluid (DOT3/DOT4 glycol ether) | Caution — polyglycol ether in DOT3/DOT4 may cause HDPE swelling and permeation over 24-month shelf life; HDPE ESC risk with brake fluid surfactant additives | Excellent — PP superior to HDPE for brake fluid; PP has better DOT3/DOT4 glycol ether resistance with no PP swelling at ambient storage temperature | PP IBM (preferred) |
| Windshield washer fluid (methanol/IPA 20–50%) | Excellent — HDPE fully resistant to methanol and isopropanol at windshield washer fluid concentration; standard windshield washer IBM bottle material | Good — PP resistant to IPA ≤30%; methanol >30% may cause slight PP permeation increase — validate for methanol-concentrate windshield washer | HDPE IBM (preferred) |
| Power steering / transmission fluid (mineral or synthetic ester) | Excellent — HDPE resistant to mineral oil-based power steering and ATF fluid at ambient temperature | Good — PP resistant to mineral oil; synthetic ester-based ATF may cause slight PP swelling over 24 months — validate with automotive fluid brand stability protocol | HDPE IBM (standard) or PP IBM |
มาตรา 3
HDPE Grade for Engine Oil IBM Bottle
Engine oil IBM HDPE bottle requires high environmental stress cracking resistance (ESCR) as the primary HDPE selection criterion — engine oil formulations contain detergent-dispersant additives (sulfonated alkyl benzene, polybutenyl succinimide PIBSA-based dispersants) that function as surfactants and can accelerate HDPE ESC at bottle wall stress concentration points under retail stacking compressive load over 24-month engine oil shelf life. Korea Ever-Power specifies HDPE grades with ASTM D1693 ESCR F50 ≥500 hours in 10% Igepal CO-630 for engine oil IBM bottle production: LG Chem LH3004 (HDPE for automotive fluid bottle, ESCR F50 ≥600 hours, density 0.953 g/cm³, MFR 0.3 g/10min at 190°C/2.16kg) or equivalent Korean HDPE grade. Engine oil bottle IBM HDPE MFR: MFR 0.3–1.0 g/10min (190°C/2.16kg) is the target range for engine oil bottle HDPE on ZQ60/ZQ80 — lower MFR HDPE provides higher molecular weight (better ESCR) but requires higher IBM injection pressure and slower injection fill speed at ZQ barrel. Korea Ever-Power ZQ80 barrel maximum injection pressure (1,200–1,500 bar) is adequate for HDPE MFR 0.3–0.5 g/10min injection fill at 1L engine oil bottle cavity geometry.
Engine Oil IBM Bottle Pour Neck Design
Engine oil IBM bottle pour neck design balances four consumer and retail requirements: pour flow rate (engine oil consumer pours oil into engine crankcase through a small-diameter filler cap opening at typical pour height 20–30cm above filler — target pour flow rate 80–150 ml/second at 45° pour angle for 5W30 mineral oil viscosity); drip prevention (oil drip from bottle neck after pour is a major consumer complaint — IBM pour neck with anti-drip ridge or internal drip-back channel reduces post-pour oil drip by channelling residual oil back into bottle neck); child-resistant option (some automotive fluid brands specify CRC neck for engine oil bottles in markets where UN-GHS transport and consumer safety regulations require CRC for viscous petroleum products); tamper evidence (IBM neck tamper-evident ledge for first-opening TE band on engine oil cap for automotive fluid brand anti-counterfeiting at Korean and global automotive aftermarket retail). Korea Ever-Power designs engine oil IBM bottle pour neck (38/400 thread or 45mm OD integrated pour spout) to automotive fluid brand’s specific cap specification, with pour flow rate validation (oil pour at 45°, viscosity measured at 20°C for winter-grade and 40°C for summer-grade engine oil) at ZQ IBM bottle FAI stage.
มาตรา 4
AUTOMOTIVE FLUID IBM BOTTLE · MATERIAL AND DESIGN SPECIFICATION BY FLUID TYPE
Brake Fluid (DOT3/DOT4)
PP IBM brake fluid bottle (250–500ml, 28/400 CRC neck): PP block copolymer (brittleness temp −20°C) for cold-climate distribution. CRC closure mandatory (UN-GHS GHS09 category — brake fluid toxic by ingestion requires CRC at Korean and EU retail). Wall 1.0–1.2mm PP for DOT4 glycol ether contact. Amber PP option for DOT5 silicone fluid brand
Coolant / Antifreeze
HDPE IBM coolant bottle (1L–5L, 38/400 or 45mm OD pour neck): HDPE density 0.950–0.960 g/cm³ for coolant IBM bottle structural rigidity at 5L format. Natural (translucent) HDPE allows coolant colour visibility (green, pink, blue OAT coolant) for automotive consumer fill-level visual check. Korean automotive aftermarket: 1L HDPE coolant bottle for passenger car top-up format (ZQ80, 2-cavity)
Windshield Washer Fluid
HDPE IBM windshield washer bottle (1L–5L, 45–63mm OD wide-mouth for washer fluid concentrate direct-fill into vehicle reservoir): HDPE natural translucent for washer fluid level visual check. Korean winter market: 4L HDPE windshield washer concentrate IBM bottle (ZQ110, 2-cavity) −40°C freeze protection formulation. Lowest-cost IBM automotive fluid bottle (high volume, commodity HDPE at low MFR 0.3–0.5 g/10min)
Power Steering / ATF
HDPE or PP IBM power steering / ATF bottle (250ml–1L, 38/400 pour neck or integrated narrow pour spout for precision transmission fill): HDPE standard for mineral oil-based ATF; PP block copolymer for synthetic ester ATF where PP ester resistance is required. Korean OEM automotive: Hyundai/Kia approved power steering IBM bottle format on ZQ60 for Korean automotive parts supply
มาตรา 5
| รูปแบบ | รุ่น ZQ | ฟันผุ | ขวด/ชั่วโมง | BOTTLES/DAY (16HR) |
|---|---|---|---|---|
| 250ml brake fluid (PP, 28/400 CRC) | ZQ40 | 8 | ~4,800 | ~76,800 |
| 1,000ml engine oil (HDPE, 38/400 pour) | ZQ80 | 2 | ~480 | ~7,680 |
| 1,000ml coolant (HDPE natural, 38/400) | ZQ80 | 2 | ~460 | ~7,360 |
| 3,000ml windshield washer (HDPE, 63mm OD) | ZQ110 | 2 | ~280 | ~4,480 |
| 500ml power steering fluid (HDPE, 38/400) | ZQ60 | 6 | ~2,200 | ~35,200 |
มาตรา 6
Korean Automotive IBM Bottle Market
The Korean automotive fluid bottle market is served by Korean automotive lubricant manufacturers (GS Caltex Kixx engine oil, SK ZIC oil, S-OIL Helix, Korean Castrol, Hyundai OilBank) and Korean automotive chemical brands (Prestone Korea, STP Korea, Liqui-Moly Korea) requiring IBM HDPE and PP automotive fluid bottles for Korean automotive parts retail (AutoEver, Bobae Auction, Korean car parts e-commerce), Korean petrol station retail and Korean OEM automotive parts supply (Hyundai Motor Group, Kia automotive aftermarket). Korean engine oil IBM bottle format: 1L HDPE engine oil bottle (38/400 pour neck, natural translucent) and 4L HDPE engine oil bottle (45mm OD or 63mm OD wide-mouth) are the primary Korean automotive aftermarket IBM formats. Korea Ever-Power provides Korean automotive fluid brand customers with ZQ80/ZQ110 HDPE automotive IBM bottle production at Ansan-si with automotive fluid ESC-tested HDPE grade documentation and Korean automotive brand label-compliant bottle dimensional specification for Korean automotive retail channel supply.
Global Automotive Fluid IBM OEM and Export
Global automotive fluid brands (Castrol, Total Energies, Shell Helix, Mobil 1, Fuchs) sourcing IBM HDPE or PP automotive fluid bottles from Korea Ever-Power for global market supply require HDPE or PP material compliance documentation including: UN-GHS compatibility (HDPE and PP automotive fluid bottles are UN-certified per ADR/IMDG dangerous goods transport requirements for petroleum-based and glycol-based automotive fluids — Korea Ever-Power provides UN type approval data for IBM HDPE engine oil and coolant bottle formats on request); FDA/EU food contact compliance (relevant for automotive brands using the same IBM bottle format for automotive fluid and food-grade fluid dual-specification programmes — Korea Ever-Power provides HDPE and PP food and non-food contact compliance data); REACH SVHC absence (EU market automotive fluid IBM bottle: HDPE and PP resin SVHC compliance declaration for EU REACH Regulation 1907/2006 Article 33 disclosure). Korea Ever-Power Ansan-si exports IBM HDPE and PP automotive fluid bottles to automotive brand OEM customers in Germany, Japan, Southeast Asia and Middle East through Korean freight forwarder, with ISPM 15 export pallet documentation and automotive fluid brand COO (Certificate of Origin) from Korean Chamber of Commerce for automotive automotive parts tariff qualification under Korea’s FTA agreements.
คำถามที่พบบ่อยเกี่ยวกับวิศวกรรม
คำถามที่ 01
How does Korea Ever-Power validate HDPE IBM engine oil bottle ESC resistance for a specific engine oil formulation?
Korea Ever-Power validates HDPE IBM engine oil bottle ESC resistance through a structured HDPE ESCR testing protocol aligned with global automotive fluid packaging industry practice and automotive brand OEM quality requirements. HDPE resin ESCR screening (pre-production material qualification): Korea Ever-Power specifies HDPE grades for engine oil IBM bottle based on ASTM D1693 ESCR F50 ≥500 hours in 10% Igepal CO-630 (standard surfactant test medium approximating automotive lubricant detergent-dispersant additive aggressiveness). HDPE resin grades qualified for Korea Ever-Power engine oil IBM bottle (LG Chem LH3004, Lotte Chemical HB300 or equivalent Korean HDPE with automotive fluid ESC documentation from HDPE manufacturer) have ASTM D1693 ESCR data from HDPE manufacturer CoA as production qualification reference. Full-immersion bottle stability test (automotive brand qualification): at IBM engine oil bottle FAI stage, Korea Ever-Power produces 20 engine oil IBM bottles per cavity and supplies to automotive brand for 12-month real-time stability test: IBM HDPE engine oil bottle filled with the automotive brand’s specific engine oil formulation at 90% bottle capacity, sealed with production cap, stored upright and inverted alternately at 40°C/75% RH accelerated storage condition for 90-day accelerated plus 12-month real-time. Stability evaluation: IBM HDPE engine oil bottle weight change (<0.3% acceptable), bottle dimension change (<0.5mm on body OD and height), visual inspection for ESC crack initiation at bottle shoulder/body junction and bottle base perimeter (primary ESC stress concentration zones under pallet stacking simulation loading). Pallet stacking simulation ESC test: Korea Ever-Power can perform pallet stacking simulation on ZQ80 IBM engine oil bottle samples: stack of 12 filled IBM bottles (each approximately 1.15kg gross weight with 1L engine oil) under 85kg distributed vertical load at 40°C for 30 days, then ESC inspection — IBM HDPE bottle pass criterion: zero visible crack or micro-fracture at base perimeter under 10× visual magnification after 30-day stacking simulation.
คำถามที่ 02
Can IBM produce a 4L engine oil bottle on ZQ135 and what is the production output?
IBM production of 4,000ml (4L) HDPE engine oil bottles is achievable on Korea Ever-Power ZQ135 (1,350 KN clamping force, 70mm screw, 650g maximum injection weight), which is the recommended ZQ model for 3,000–5,000ml automotive fluid IBM bottle production. ZQ135 4L HDPE engine oil bottle production specification: cavity count 1–2 (at 4L HDPE engine oil bottle shot weight approximately 110–140g HDPE per bottle, ZQ135’s 650g maximum injection weight accommodates 4 cavities in theory, but the 4L engine oil bottle’s wide-mouth format (typical 45–63mm OD) and large preform base geometry typically limits practical cavity count to 2 on ZQ135 for adequate mould cooling and clamping force distribution). Cycle time for 4L HDPE engine oil IBM bottle on ZQ135 (2-cavity): approximately 10–14 seconds (injection fill 2.5–3.5s for HDPE at MFR 0.3–0.5 g/10min, blow inflation and cooling 6.0–9.0s for thick-wall preform at 4L format, strip and index 1.5s). Output: 2 bottles × 3,600 / 12s average = 600 bottles/hour (theoretical); approximately 480–520 bottles/hour at commercial production conditions. Daily output at 16-hour shift: approximately 7,700–8,300 bottles per 16-hour production shift. Annual output at 300 production days (16hr/day): approximately 2.3–2.5 million 4L engine oil bottles per ZQ135 machine at 2-cavity production. For Korean automotive lubricant brand (GS Caltex, SK ZIC) annual 4L engine oil bottle volume programmes of 1–3 million units/year, a single ZQ135 at Korea Ever-Power Ansan-si with a dedicated 2-cavity 4L HDPE engine oil bottle mould (KRW 20–30M for 2-cavity ZQ135 4L automotive IBM mould) covers the programme with production schedule buffer for scheduled mould maintenance and colour change. Korea Ever-Power provides 4L engine oil bottle IBM mould development timeline of 45–60 days from 3D CAD file approval to T1 trial for ZQ135 4L automotive fluid IBM format.
คำถามที่ 03
Is UN dangerous goods certification required for IBM HDPE engine oil and brake fluid bottles?
UN dangerous goods (DG) packaging certification requirements for IBM HDPE engine oil and PP brake fluid bottles depend on the specific automotive fluid’s hazard classification under the UN Globally Harmonised System of Classification and Labelling of Chemicals (GHS) and the mode of transport (road, sea, air). Engine oil (mineral and synthetic, non-hazardous classification for most grades): most commercially-sold engine oil products are classified GHS non-hazardous (non-flammable flash point >60°C for 5W30 mineral, flash point >200°C for PAO synthetic) — non-hazardous engine oil does not require UN DG packaging certification for road transport (ADR) or sea transport (IMDG) as a dangerous goods container. Engine oil IBM HDPE bottle is therefore sold commercially without UN DG certification for most markets including Korean domestic transport. Brake fluid (DOT3/DOT4 — GHS Hazard Class 3, flammable liquid, flash point 100–180°C): DOT4 brake fluid has a flash point above 60°C and is generally classified UN1263 or UN3082 for transport depending on concentration and additive formulation. For brake fluid quantities below the minimum quantity exemption (LQ/EQ threshold: 5L per inner container for UN1263 GHS flammable liquid Category 4), IBM PP brake fluid bottles of 250–500ml are typically exempt from full UN DG certification under ADR 2021 LQ exception, requiring only GHS hazard label on outer packaging. Above LQ threshold or for air transport, IBM PP brake fluid bottle must pass UN packaging drop test (ASTM D7970 / UN 4G testing for non-rigid plastic containers) and vibration test at the UN DG packaging testing laboratory before UN mark (UN4G/Y1.2/S/23/KR/AA or equivalent) can be applied to brake fluid IBM bottle shipping carton. Korea Ever-Power provides IBM PP brake fluid bottle DG packaging test support data (bottle drop test and vibration test results at certified Korean DG packaging testing laboratory) for automotive brand customers requiring UN DG certification for their specific brake fluid transport and distribution logistics.
คำถามที่ 4
What label and decoration options are available for IBM HDPE engine oil bottles?
IBM HDPE engine oil bottles are decorated using the full range of automotive packaging label and decoration methods, with the IBM bottle’s no-parting-line body providing superior label substrate quality versus EBM HDPE engine oil bottles. Pressure-sensitive label (PSL, most common Korean and global automotive aftermarket): self-adhesive label (paper, PP film or OPP film with hot-melt or acrylic adhesive) applied to HDPE IBM engine oil bottle body at automotive brand filling line labelling station. IBM HDPE engine oil bottle body surface energy: HDPE requires corona or flame pre-treatment to ≥38 dynes/cm for PSL adhesive bond. IBM body Ra 0.1–0.3μm (lower than EBM HDPE at 0.2–0.5μm) provides more uniform PSL adhesion with lower air-entrapment risk under label at labelling station. Wraparound sleeve label (standard for major automotive brand premium engine oil — Castrol GTX, Shell Helix, Mobil 1): OPP or PET wraparound glued label covering full IBM HDPE bottle body circumference, providing 360° automotive brand graphics. IBM HDPE bottle body OD uniformity ±0.05mm ensures consistent label tension and end-seal overlap on automated engine oil labelling machine. Shrink sleeve (full-body shrink for Korean premium engine oil retail — GS Caltex Kixx G1, SK ZIC X9): PET or OPS shrink sleeve applied over IBM HDPE engine oil bottle by heat tunnel at automotive brand filling line. IBM HDPE bottle body profile consistency ensures uniform shrink sleeve shrinkage without wrinkle or flag at IBM bottle shoulder and body transition. Embossed brand mark on IBM HDPE engine oil bottle: brand logo or engine oil grade indicator (5W30, 0W40) embossed on IBM blow mould cavity — permanent raised text on HDPE engine oil bottle body providing automotive brand identity and anti-counterfeiting feature at global automotive aftermarket retail.
คำถามที่ 5
What is Korea Ever-Power’s standard lead time and MOQ for a new 1L HDPE engine oil IBM bottle programme?
Korea Ever-Power’s standard programme timeline and minimum order for a new 1,000ml HDPE engine oil IBM bottle on ZQ80 (2-cavity mould at standard Korean automotive fluid bottle format). Mould development investment: KRW 18–26M for 2-cavity ZQ80 1L HDPE engine oil IBM mould (H13 steel, 38/400 pour neck, natural HDPE translucent, standard cylindrical body with anti-drip pour spout). Mould manufacturing lead time at Korea Ever-Power Ansan-si: 38–50 days from finalized 3D CAD file approval. HDPE IBM engine oil bottle mould manufacture is slightly longer than PP cosmetic bottle equivalent due to HDPE MFR 0.3–0.5 g/10min — the HDPE injection cavity fill pressure requirement (1,000–1,400 bar) demands higher mould rigidity and injection cavity support, requiring additional mould structural reinforcement machining versus lower-pressure PP cosmetic IBM mould. T1 mould trial and sample delivery: day 42–55 from 3D CAD approval (ZQ80 T1 trial at Ansan-si, HDPE engine oil bottle sample shipment to Korean automotive brand by Korean courier same-day dispatch). FAI and automotive brand approval: 14–21 days (automotive brand QC dimensional review, engine oil ESC stability initiation, pour neck flow rate validation with automotive brand’s cap specification). First commercial production: 7–14 days after FAI approval. Total programme timeline: 60–80 days from 3D CAD approval to first commercial delivery. Minimum order quantity for commercial supply: 10,000 HDPE engine oil IBM bottles (2-cavity ZQ80 at approximately 480 bottles/hour — 10,000 bottles requires approximately 21 ZQ80 production hours — one 2-shift ZQ80 day production). Below-MOQ sample supply: Korea Ever-Power can supply 100–500 HDPE engine oil IBM bottle samples from T1 trial production for automotive brand ESC test and filling line validation at sample pricing before commercial order MOQ commitment.
คำถามที่ 6
Can Korea Ever-Power produce multi-cavity IBM engine oil bottle moulds above 2 cavities on ZQ80?
Multi-cavity IBM engine oil bottle production on Korea Ever-Power ZQ80 above 2 cavities is technically constrained by two ZQ80 machine parameters: clamping force and injection weight capacity. Clamping force constraint for 1L HDPE engine oil bottle on ZQ80: the required clamping force per cavity for a 1L HDPE engine oil IBM bottle is approximately 350–450 KN (injection station cavity force dominated by injection fill pressure against projected injection cavity area; blow station clamping dominated by blow mould cavity area × blow pressure). At 400 KN per cavity, ZQ80’s 800 KN total clamping force limits maximum cavity count to 2 cavities for 1L HDPE engine oil IBM bottle. 3 cavities at 400 KN each would require 1,200 KN clamping force — exceeding ZQ80’s 800 KN capacity. Injection weight constraint for 1L HDPE engine oil IBM bottle on ZQ80: ZQ80 maximum injection weight 466g. At 1L HDPE engine oil IBM bottle shot weight approximately 70–85g per bottle (including preform and sprue), 3 cavities require approximately 210–255g per shot — within ZQ80’s injection weight capacity. However, the clamping force constraint remains the limiting factor. 4-cavity 1L HDPE engine oil IBM bottle production therefore requires ZQ110 (1,100 KN clamping force, accommodating 4 × 400 KN = 1,600 KN… exceeds ZQ110 capacity) or a redesigned engine oil bottle with lower injection fill clamping requirement through shorter injection cavity design. In practice, Korea Ever-Power recommends: 2 cavities on ZQ80 for 1L engine oil bottle (most common Korean and global automotive IBM production configuration); 4 cavities on ZQ110 for 500ml engine oil IBM bottle (smaller cavity area reduces per-cavity clamping force to approximately 250 KN — 4 × 250 = 1,000 KN within ZQ110’s 1,100 KN capacity); or 2 dedicated ZQ80 machines each with 2-cavity 1L engine oil mould for automotive brand annual volumes requiring 4 × 500 bottles/hour = 2,000 bottles/hour total output target.
AUTOMOTIVE FLUID IBM ENQUIRY · KOREA EVER-POWER
Korea Ever-Power provides HDPE and PP automotive fluid IBM bottle mould development, ZQ60/ZQ80/ZQ110/ZQ135 production and Korean automotive aftermarket and global OEM supply from Ansan-si, Gyeonggi-do.
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