Product Specification
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| Payment Terms |
T/T |
Supply Ability |
5000000 Piece/Pieces per Day |
| Delivery Time |
15days |
Packaging Details |
Inner poly bag outer carton， Standard export carton packing or customized |
| Product name |
Cleansing Oil Pump With Clip |
Type |
PUMP SPRAYER |
| Material |
Plastic PP |
Color |
Customized Color |
| Size |
20/410, 24/410, 28/410 |
Packing |
Carton |
| Logo |
Custom Logo |
MOQ |
10,000pcs |
| Application |
Bottle Usage |
Brand Name |
Xinda Pelosi |
| Model Number |
XPP |
Certification |
ISO9001,BRCS |
| Place of Origin |
Guangdong |
| |
| High Light |
Bottle Usage Cleansing Oil Pump Dispenser
，Plastic Cleansing Oil Pump Dispenser
，Screw Cleansing Oil Pump Dispenser
|
This document showcases our Amber Glass Foaming Soap Dispenser – a blend of functionality, durability, and aesthetic appeal – featuring a corrosion-resistant brushed stainless steel pump. Designed for both residential (bathrooms, kitchens) and commercial (hotels, offices, spas) use, the dispenser complies with global safety standards (FDA, EU 10/2011, REACH) to meet the demands of quality-focused clients.
Our foaming soap dispenser is engineered for safe soap storage, efficient foaming, and long-term use, with customizable options to match brand or space aesthetics.
| Parameter Category | Details & Compliance Notes |
| Material Composition | - Bottle Body: High-grade amber borosilicate glass (heat-resistant, non-porous; prevents soap contamination; meets FDA 21 CFR 177.2000 for food/skin contact safety).
- Pump Head: 304 brushed stainless steel (rust-resistant, anti-fingerprint; passes 48-hour salt spray test per ASTM B117; no lead/nickel release).
- Internal Components: Food-grade PP (polypropylene) pump mechanism + silicone gaskets (BPA-free, compatible with liquid soaps, body washes, and sanitizers; EU 10/2011 compliant). |
| Dimensional & Capacity Details | - Standard Capacities: 250ml (countertop size), 500ml (family/commercial size) – custom capacities (150ml/750ml) available for bulk orders.
- Bottle Dimensions (500ml example):
Height (with pump): 220mm ±2mm;
Diameter (base): 70mm ±1mm;
Neck Thread: 38/400 (standard, easy to refill).
- Pump Dimensions:
Pump Height: 80mm ±1mm;
Dispensing Nozzle Length: 30mm (prevents soap splashing). |
| Functional Performance | - Foaming Efficiency: Produces dense, uniform foam (foam volume ratio 1:8 – 1 part soap + 8 parts water; reduces soap usage by 50% vs. non-foaming dispensers).
- Dispensing Rate: 1.5ml ±0.2ml foam per pump actuation (consistent, no over-dispensing).
- Leak-Proof Design: Silicone gasket + precision-threaded pump neck (no leakage when inverted or tilted; tested at 0.2 bar pressure for 24 hours).
- Temperature Resistance: Amber glass withstands -20°C (freezer) to 120°C (hot water); stainless steel pump resists 80°C max (safe for bathroom/kitchen environments). |
| Regulatory & Safety Certifications | - FDA Certified (safe for skin/liquid soap contact);
- EU Regulation 10/2011 (compliant for European markets);
- REACH Compliant (no SVHC substances in materials);
- LFGB Certified (German safety standard for household products);
- ASTM B117 (stainless steel rust resistance certification). |
Our dispenser addresses key pain points of traditional soap dispensers (leakage, rust, soap waste) while delivering aesthetic and functional value:
- Light Blocking: Amber tint filters 99% of UV/visible light (prevents liquid soap, essential oil blends, or organic sanitizers from degrading, discoloring, or losing efficacy – ideal for natural/organic soap brands).
- Non-Porous & Easy to Clean: Borosilicate glass resists soap residue buildup; wipes clean with a damp cloth (no stains or odors, unlike plastic dispensers).
- Shock Resistance: Thicker glass walls (3mm) – withstands accidental drops from 0.8m (per ISO 7483, better than standard soda-lime glass dispensers).
- Anti-Fingerprint & Rust-Proof: Brushed finish hides smudges (maintains a sleek look in high-traffic areas like hotel bathrooms); 304 stainless steel resists corrosion from water/soap (no rust spots, even in humid environments).
- Ergonomic & Quiet: Soft-touch pump requires only 2–3N of force to actuate (easy for kids/elderly); noise-free operation (≤30dB, suitable for quiet spaces like spas).
- Long Lifespan: Pump mechanism lasts ≥5,000 actuations (equivalent to 1+ year of daily use – 2x longer than plastic pumps).
- Soap Savings: 50% less soap usage (dense foam cleans effectively with less product – cuts costs for households and commercial clients like hotels).
- Eco-Friendly: Reduces plastic soap bottle waste (refillable design); materials (amber glass, stainless steel) are 100% recyclable (aligns with EU SUP Directive and global sustainability goals).
- Hygienic: Foam minimizes soap contact with hands vs. liquid soap (reduces cross-contamination risks – ideal for offices, schools, and healthcare facilities).
- Multi-Use: Compatible with liquid soap, hand sanitizer, body wash, and even DIY foam soap (1 part liquid soap + 3 parts water).
- Design Flexibility: Amber glass pairs with any decor (modern, rustic, luxury); optional customizations (laser-engraved logos for hotels/brands, colored pump accents) available.
- Refillable & Travel-Friendly: Wide neck (38/400 thread) makes refilling easy; leak-proof design allows safe transport (e.g., for travel-sized 150ml dispensers).
Our production follows strict quality control (QC) steps to ensure each dispenser meets safety, functionality, and aesthetic standards.
- Source amber borosilicate glass from ISO 9001-certified suppliers (test glass purity via X-ray fluorescence to ensure no heavy metals).
- Select 304 stainless steel coils (1.2mm thickness) for pumps – verify material grade via chemical composition analysis (per ASTM A240).
- Inspect PP/silicone components for BPA-free compliance (test via GC-MS per FDA 21 CFR 177.1520).
- Glass Melting: Heat borosilicate glass raw materials (silica, boron oxide) to 1,600°C in electric furnaces (no toxic emissions, eco-friendly process).
- Blow Molding: Use automated blow-molding machines to shape glass into bottle forms (precision controls ensure uniform wall thickness: 3mm ±0.1mm).
- Annealing: Cool glass slowly (200°C to room temperature over 4 hours) to eliminate internal stress (prevents cracking from temperature changes).
- Quality Check: 100% visual inspection for defects (bubbles, scratches, uneven tint) – reject bottles with any imperfection.
- Stainless Steel Forming: Cut steel coils into pump housing blanks; use stamping machines to shape housing (tolerance ±0.1mm).
- Brushing & Finishing: Apply mechanical brushed finish (180-grit sanding belt) to create uniform texture; remove burrs via ultrasonic cleaning.
- Anti-Corrosion Treatment: Electroplate pump parts with a clear protective layer (passes 48-hour salt spray test per ASTM B117).
- Pump Mechanism Assembly: Assemble PP piston, silicone gasket, and stainless steel spring – test for smooth actuation (no sticking or jamming).
- Bottle-Pump Assembly: Attach the stainless steel pump to the amber glass bottle using a food-grade silicone gasket (torque to 4 N·m for leak-proof seal).
- Foaming Test: Fill dispensers with 1:3 soap-water solution; actuate pumps 50 times to verify uniform foam (reject if foam is too thin or uneven).
- Leak Test: Invert assembled dispensers for 24 hours; check for moisture (100% testing for small orders; 5% random sampling for bulk).
- Aesthetic Inspection: Check brushed finish for consistency, glass for clarity, and overall alignment (pump centered on bottle).
- Cleaning: Sanitize dispensers with UV-C light (eliminates surface bacteria) before packaging.
- Packaging: Wrap each dispenser in recyclable tissue paper; place in cardboard boxes with foam inserts (prevents damage during shipping).
- Final QA: Randomly select 1% of each batch for re-testing (foaming, leakage, material compliance) – only ship batches with 100% pass rate.
A1: Yes – the pump is designed to handle liquid soaps with viscosity up to 500 cP (centipoise). For thicker products (e.g., gel sanitizers), we recommend diluting with a small amount of water (1 part sanitizer + 1 part water) to maintain optimal foaming. We also offer a “high-viscosity pump” option for bulk orders (no dilution needed).
A2: Clogs are rare (due to the pump’s wide internal channels), but if they occur:
- Remove the pump from the bottle and rinse the nozzle with warm water (30–40°C).
- Fill a cup with warm water, submerge the pump’s bottom tube, and actuate 10–15 times (flushes soap residue).
- Let the pump air-dry before reattaching to the bottle.
A3: Yes – the borosilicate glass bottle is dishwasher safe (top rack only, max 65°C). However, we recommend hand-washing the stainless steel pump (dishwasher heat may damage the protective finish over time). The pump can be easily removed from the bottle for separate cleaning.
A4: - Custom Capacities (150ml/750ml): MOQ = 1,000 units.
- Laser-Engraved Logos: MOQ = 500 units (we provide a digital mockup for approval before production).
- Colored Pump Accents: MOQ = 2,000 units (options: matte black, gold, chrome).
A5: No – our 304 stainless steel pump is “low-nickel” (nickel content ≤0.1%) and meets EU Regulation (EC) No 1223/2009 for cosmetic products. It is safe for users with mild nickel allergies; we also offer a nickel-free stainless steel option (316L grade) for clients with severe allergies (MOQ = 3,000 units).
A6: With proper care:
- Amber Glass Bottle: Lasts 5+ years (no degradation or staining).
- Stainless Steel Pump: Lasts 1–2 years (replacement pumps are available for purchase separately – compatible with all our amber glass bottles).
Company Details
Bronze Gleitlager
,
Bronze Sleeve Bushings
and
Graphite Plugged Bushings
from Quality China Factory
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Business Type:
Manufacturer,Distributor/Wholesaler,Agent,Exporter,Trading Company,Seller
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Total Annual:
6000,000-15000,000
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Employee Number:
100~300
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Ecer Certification：
Verified Supplier
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