SSF1 OIML F1 Class Precision Weights
Available in sizes from 1 mg to 20 kg, they are finished with precision machining and polished surfaces to minimize contamination and measurement error.
SSF1 F1 class calibration weights are engineered for high-precision calibration of analytical and precision scales. Manufactured according to OIML R111 standards, these weights ensure reliable performance and stable weighing results in professional weighing environments.
Features
- OIML F1 accuracy class for high-precision weighing applications
- Full capacity from 1 mg to 20 kg
- Stainless steel density: 7.9 g/cm³
- Low magnetic susceptibility (<0.005) ensures stable calibration
- Highly polished surface for easy cleaning and long-term accuracy
Optional Packaging
- Plastic box (single weight)
- Aluminum box (single weight)
- Weights set with aluminum box
Optional Accessories
- Dust-free Cleanning cloth
- Lifting Handle
- Dust-free Gloves
- Anti-static brush
- Non-magnetic tweezers
- Dust collector
Models
| Models | Part No. | Capacity | Class |
| SSF1001 | 110001 | 1mg | OIML F1 |
| SSF1002 | 110002 | 2mg | OIML F1 |
| SSF1003 | 110003 | 5mg | OIML F1 |
| SSF1004 | 110004 | 10mg | OIML F1 |
| SSF1005 | 110005 | 20mg | OIML F1 |
| SSF1006 | 110006 | 50mg | OIML F1 |
| SSF1007 | 110007 | 100mg | OIML F1 |
| SSF1008 | 110008 | 200mg | OIML F1 |
| SSF1009 | 110009 | 500mg | OIML F1 |
| SSF1010 | 110010 | 1g | OIML F1 |
| SSF1011 | 110011 | 2g | OIML F1 |
| SSF1012 | 110012 | 5g | OIML F1 |
| SSF1013 | 110013 | 10g | OIML F1 |
| SSF1014 | 110014 | 20g | OIML F1 |
| SSF1015 | 110015 | 50g | OIML F1 |
| SSF1016 | 110016 | 100g | OIML F1 |
| SSF1017 | 110017 | 200g | OIML F1 |
| SSF1018 | 110018 | 500g | OIML F1 |
| SSF1019 | 110019 | 1kg | OIML F1 |
| SSF1020 | 110020 | 2kg | OIML F1 |
| SSF1021 | 110021 | 5kg | OIML F1 |
| SSF1022 | 110022 | 10kg | OIML F1 |
| SSF1023 | 110023 | 20kg | OIML F1 |
| SSF1024 | 110024 | 1mg-500mg | OIML F1 |
| SSF1025 | 110025 | 1mg-100g | OIML F1 |
| SSF1026 | 110026 | 1mg-200g | OIML F1 |
| SSF1027 | 110027 | 1mg-500g | OIML F1 |
| SSF1028 | 110028 | 1mg-1kg | OIML F1 |
| SSF1029 | 110029 | 1mg-2kg | OIML F1 |
| SSF1030 | 110030 | 1mg-5kg | OIML F1 |
| SSF1031 | 110031 | 1mg-5kg | OIML F1 |
| SSF1032 | 110032 | 1mg-10kg | OIML F1 |
| SSF1033 | 110033 | 1mg-20kg | OIML F1 |
Applications
- Laboratory precision balances
- Analytical and semi-micro balances
- Industrial precision weighing equipment
- Quality control laboratories
- Pharmaceutical, chemical, and food laboratories
- Educational and research laboratories
- On-site maintenance of weighing indicators
FAQ
- Are calibration certificates available?
Yes. We provide factory certificates, and ISO/IEC 17025 calibration certificates can be supplied upon request.
- What is the difference between F1 and E2 class weights?
E2 offers a tighter tolerance and higher precision, while F1 provides high accuracy at a more cost-effective level. F1 weights are suitable for most precision scales but not for the highest-resolution micro-balances.
Class
F1
Material
Stainless Steel
Density
7.9g/cm3
Susceptibility
<0.05
Magnetization
≤25μt
Capacity
1mg-20Kg
Contact form description text
SCW Pesa de Prueba con Mango Inox Grip
El diseño ergonómico del mango permite a los técnicos levantar y manipular las pesas con seguridad durante la calibración. La superficie pulida de acero inoxidable reduce la contaminación superficial y facilita la limpieza.
SSF2 OIML F2 Clase Pesa de Calibración de precisión
SSF2 Pesas de calibración de precisión, clase ASTM disponible, con capacidad de 1 mg - 20 kg.
IWM M1 Hierro fundido Capacidad pesada Peso
La construcción de hierro fundido proporciona una excelente resistencia mecánica y estabilidad a largo plazo, lo que hace que estas pesas sean una solución rentable para el uso industrial frecuente.
Pesa de prueba de calibración de acero dulce IWF M1
Las pesas de calibración grandes de acero al carbono IWF están diseñadas para operaciones de calibración exigentes que requieren elevación mecánica. Ofrecen una excepcional estabilidad de calidad, resistencia estructural y fiabilidad a largo plazo.