Name

SKU

38741

Color

Size

7 (Small) 8 (Medium) 9 (Large) 10 (XL)

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FEATURES & BENEFITS

Whether you’re removing paint, sealants or residues from a surface or degreasing machinery with a strong solvent, count on Jackson Safety G80 Neoprene / Latex Chemical Resistant Gloves for the ultimate in chemical protection, comfort and durability. They have a natural rubber latex construction, covered in neoprene, which gives them high resistance to acids, alkalis, oils and solvents. The chemical gloves are 27.5 mil thick and a generous 12 inch length. They have a cotton flock linking, which adds comfort and absorbs perspirations for easy donning and removal. These tough chemical gloves meet the EN 374-AKL standard and have a high level of dexterity, per EN420:2003 standard. Because these gloves contain natural rubber latex, they are not suitable for those with Type 1 latex allergies. They are a smart choice for cleaning and degreasing, solvent wiping for parts and machinery, handling acids, bases, alcohols, alkalis, phenols and salts and general chemical processing. You can trust the Jackson Safety G80 Neoprene / Latex Chemical Resistant Gloves to add a confident level of protection for your workers.

  • These chemical gloves are 27.5 mil thick and measure 12" long
  • Neoprene over natural rubber latex construction with cotton flock lining for comfort and perspiration absorption
  • High resistance to acids, oils, solvents and alkalis
  • Meets the EN 374-AKL standard and has a high level of dexterity, per EN420:2003 standard
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details

Kimberly-Clark Product Code   38741
Brand   Jackson Safety*
Color   Blue/Yellow
Frame Color  
Lens Coating  
Material  
Style  
Fragrance  
Perfume and Dye Free  
Volume  
Ply  
Core Size  
Post-Consumer Waste  
Process Chlorine Free  
Recyclable Container  
Recycled Fiber Content  
Certifications  
Rating  
Put-Up   12 pairs/bag; 5 bags /case
Delivery System  
Fits Dispensers   No
Replacement Parts  
Product Accessories  

variants

SKU COLOR DELIVERY SYSTEM DISPENSER TYPE FRAGRANCE LENS COATING MATERIAL PACKAGING TYPE PUT-UP QUANTITY PER UNIT RATING SHEET SIZE (W X L) (IN) SIZE STYLE UNITS PER CASE VOLUME X CASE COUNT PLY FRAME COLOR productdetails.variantstab.casesize
43341 7 (Small) 14.935 X 16.905 X 6.915
38743 Blue/Yellow 12 pairs/bag; 5 bags /case 9 (Large) 14.935 X 16.905 X 6.915
38741 Blue/Yellow 12 pairs/bag; 5 bags /case 7 (Small) 14.935 X 16.905 X 6.915
38742 Blue/Yellow 12 pairs/bag; 5 bags /case 8 (Medium) 14.935 X 16.905 X 6.915
43342 8 (Medium) 14.935 X 16.905 X 6.915
43346 10 (XL) 14.935 X 16.905 X 6.915
38744 Blue/Yellow 12 pairs/bag; 5 bags /case 10 (XL) 14.935 X 16.905 X 6.915
43345 9 (Large) 14.935 X 16.905 X 6.915

reviews

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support

support
PRODUCT VIDEOS

Jackson Safety Nemesis Eyewear -Long Verison

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Liquid Barrier Protection Challenge Tyvek Fabric vs KleenGuard A40

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KleenGuard A30 Breathability Comparison Steam

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buying advice


Usage Calculator
Use the Calculator below to obtain usage estimates for this product.
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Brag Box

Jumboroll
Assumptions:
Each usable rag is replaced by a sheet of WYPALL Wiper
Column Value
Sheet count 198
Avg size of sheet (Sq, Ft)
Package volume (Cu Ft) 0.0916192698
Sheet Weight (Lbs) 0.10059710356066800000
Package weight (excl sheets) (Lbs) 0.0638624757
Conversions
Unit value Unit Coverted Unit value Coverted Unit
1 Sq Inch 0.00694444 Sq Ft
1 Cu Inch 0.000578704 Cu Ft
1 Gallon of water 3.785412 Kgs
1 Lbs 453.592 grams
1 gram 0.002204624 Lbs
Parameters WypAllX60_Brag WypAllX60_Jumbo WypAllX60_Popup WypAllX70_Brag WypAllX70_Jumbo WypAllX70_Popup WypAllX80_Brag WypAllX80_Jumbo WypAllX80_Popup WypAllX90_Brag WypAllX90_Jumbo WypAllX90_Popup
Sheet count 180 1100 126 152 870 100 160 475 80 180 450 68
Avg size of sheet (Sq, Ft) 1.458332 1.163194 1.061666 1.458332 1.163194 1.061666 1.458332 1.163194 1.061666 1.458332 1.163194 1.061666
Package volume (Cu Ft) 0.6958916 1.458623 0.2153517 0.6958916 1.458623 0.2153517 0.6958916 1.007234 0.2153517 0.6958916 1.170704 0.2153517
Absorbency/pound (g) 2385.894 2386 2386 2013.948 2014 2014 1832.512 1833 1833 2847 2847 2270
Sheet Weight (Lbs) 0.0185188 0.01477094 0.01348168 0.02508998 0.02001225 0.01826551 0.02986903 0.02447133 0.02235489 0.02403041 0.01918023 0.01805587
Package weight (excl sheets) (Lbs)/month 1.5625 0.1166667 3.072917 1.614583 0.1166667 3.385417 1.458333 0.2 3.90625 1.041667 0.1666667 3.541667

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  • Input
  • Calculations
  • Summary
  • Graphs
  • Instructions

Input

Filter Description
$
$
Default 2000# litres
$
$
%
%
%
%
%
%
%

Calculations

Filter Description
Filter Cost
Energy Cost
Environmental Impact

Summary

Filter Description
Total Cost Summary

Total

Graphs


Filter Description

Instructions

Instructions for using the Operating Cost Analysis Tool

The Operating Cost Analysis Tool is divided into four sections:
- Section 1: Input Data - raw data used in the calculations
- Section 2: Output Data - calculated data based on Operating Cost formulas
- Section 3: Summary Data - a comparison of the initial and energy costs for each option
- Section 4: Graph Data - a graphical comparison of the initial and energy costs for each option

Input

Enter the appropriate data on the "Input Data" page

If necessary, you may change the default data that automatically appears in the input fields.

All of the WHITE cells must contain input data for the model to work. If fields are left blank or as zeros the data will not be complete. Not a number (NaN) and infinity values indicate an error.

The system airflow rate is set at a default equal to 2000cfm multiplied by # of Filters. The system airflow rate appears when you enter a value in the "# of Filters" field. To change this default, simply enter the actual system airflow in this field and do not change the "# of Filters" field.

To clear all fields and reset the inputs to their defaults, use the "Clear All" button. To reset only the input fields, use the "Default Input" button.

Output

The "Calculations" section displays the calculated data based on the input data. These calculations are use to create the Summary Data. It contains the following sections: 1) Initial Investment Costs 2) Energy Costs.

Energy Calculations are based on the following formula:

Filter pressure drop is calculated as the straight line average between the initial pressure drop and the final pressure drop.

The "Calculations" section cannot be changed.

Summary

The "Summary Data" section displays a comparison of the results for each option. This page also recommends which option would realize the most savings.

Graphs

The "Graph Data" displays a graphical comparison of the cost categories between each filter option.

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