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PSC MENJUAL ALAT-ALAT SEPERTI : TES AIR | TES UDARA | TES MAKANAN | TES TANAH | ALKES | LABORATORIUM | SAFETY
Kelompok Produk X
PALLSCIENTIFIC,
adalah perusahaan swasta nasional yang bergerak di bidang Hygiene Industri dan Kesehatan Lingkungan. Bertujuan untuk menjembatani dan memenuhi kebutuhan dunia industri khususnya dan masyarakat pada umumnya. perusahaan yang bergerak di bidang perdagangan barang dan jasa dengan meng-khususkan lingkup usaha perusahaan dalam bidang pengadaan peralatan hygiene industri dan kesehatan lingkungan, Peralatan Laboratorium, alat-alat kesehatan, serta penyediaan jasa pemantauan, pengukuran lingkungan dan perbaikan peralatan.

PERDAGANGAN BARANG.
Produk yang diperdagangkan perusahan utamanya adalah produk produk yang berkaitan dengan hygiene industri, kesehatan lingkungan, kesehatan & keselamatan kerja dan Peralatan laboratorium dan alat  alat kesehatan . Produk produk tersebut antara lain :

A. Peralatan Pemantau Hygiene Industri dan Keselamatan Kerja Peralatan pemantau higiene industri dan keselamatan kerja meliputi :


  • Alat ukur suara ( Sound Level Meter & Noise Dosimeter) 

  • Alat ukur getaran ( Vibration Monitoring) 

  • Alat detector gas berbahaya & mudah terbakar ( Gas Detektor & Flamable Gas Detector)

  • Alat untuk pengambilan sampel gas, debu, mist, fume & aerosol ( gas, fume, aerosol sample pump & monitoring) 



B. Peralatan Pemantau Lingkungan Jenis peralatan tersebut antara lain :


  • Peralatan sampling dan analisa udara maupun peralatan untuk sampling kualitas udara pada cerobong secara isokinetik otomatis 

  • Alat pantau cuaca stasioner yang dilengkapi dengan penyimpanan data ( data logging) sesuai parameter yang diukur. 

  • Peralatan pemantau kwalitas Air Bersih dan Air Minum ( Microbiologi, PH, Conductivity, ORP, Salinity, Dissolved, Turbiditi, TDS, Resisvity, Ion Meter dll..) 

  • Perlatan pemantau kadar kimia dalam makanan 


C. Scientific Instrument, untuk :


  • Laboratorium Kimia Dasar & Kimia Klinik : Laboratorium Bio Kimia, Kimia Klinik , Kimia Analitik, Mikrobiologi, Hematologi, Parasitologi, Kimia Farmasi & Toksikologi, Serologi, Virologi & Immunologi, Kimia Air, Kimia Makanan & Minuman, dll 

  • Laboratorium Fisika & Biologi : Laboratorium Instrumentasi, Fisika dasar, Elektronika Medik, Radiology, alat elektronik, Elektronika Medik, Anatomi & Fisiology, Farmakologi dll. 



D. Media dan Reagensia, Untuk:


  • Menunjang kebutuhan reagent pada Rumah Sakit, Puskesmas, Klinik, dan Laboratorium. 



E. Survey Meter

F. Farmasi

DENSITY METER

A density meter, also known as a densimeter, is a device that measures the density. Density is usually abbreviated as either {\displaystyle \rho } \rho or {\displaystyle D} D. Typically, density either has the units of {\displaystyle kg/m^{3}} {\displaystyle kg/m^{3}} or {\displaystyle lb/ft^{3}} {\displaystyle lb/ft^{3}}. The most basic principle of how density is calculated is by the formula: {\displaystyle \rho ={\frac {m}{V}}} {\displaystyle \rho ={\frac {m}{V}}} Where: {\displaystyle \rho } \rho = the density of the sample. {\displaystyle m} m = the mass of the sample. {\displaystyle V} V = the volume of the sample. Many density meters can measure both the wet portion and the dry portion of a sample. The wet portion comprises the density from all liquids present in the sample. The dry solids comprise solely of the density of the solids present in the sample. A density meter does not measure the specific gravity of a sample directly. However, the specific gravity can be inferred from a density meter. The specific gravity is defined as the density of a sample compared to the density of a reference. The reference density is typically of that of water. The specific gravity is found by the following equation: {\displaystyle SG_{s}={\frac {\rho _{s}}{\rho _{r}}}} {\displaystyle SG_{s}={\frac {\rho _{s}}{\rho _{r}}}} Where: {\displaystyle SG_{s}} {\displaystyle SG_{s}} = the specific gravity of the sample. {\displaystyle \rho _{s}} \rho_s = the density of the sample that needs to be measured. {\displaystyle \rho _{r}} {\displaystyle \rho _{r}} = the density of the reference material (usually water). Density meters come in many varieties. Different types include: nuclear, coriolis, ultrasound, microwave, and gravitic. Each type measures the density differently. Each type has its advantages and drawbacks. Density meters have many applications in various parts of various industries. Density meters are used to measure slurries, sludges, and other liquids that flow through the pipeline. Industries such as mining, dredging, wastewater treatment, paper, oil, and gas all have uses for density meters at various points during their respective processes.
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